ALKANOX™ 240 Granular

Low volatility phosphite antioxidant that effectively prevents processing-induced oxidative degradation in a wide variety of polymers.

ALKANOX™ 240 Granular effectively reduces peroxide induced oxidative degradation during processing in a wide variety of polymers. It's low volatility makes it effective even in high temperature processing. Particularly effective in Polyolefins, polycarbonate, ABS, and polyesters. Appearance: White, free-flowing powder Molecular Weight: 647 g/mol Bulk Density: 530 (kg/m3) Melting Point: 182-188 °C Prevents processing-induced degradation Effective at high temperatures Broad food-contact approvals Excellent hydrolytic stability Non-dusting

ALKANOX™ 240 Powder

Low volatility phosphite antioxidant that effectively prevents processing-induced oxidative degradation in a wide variety of polymers.

ALKANOX™ 240 Powder reduces peroxide induced oxidative degradation during processing in a wide variety of polymers. It's low volatility makes it effective even in high temperature processing. Particularly effective in Polyolefins, polycarbonate, ABS, and polyesters. Appearance: White, free-flowing powder Molecular Weight: 647 g/mol Bulk Density: 550 (kg/m3) Melting Point: 182-188 °C Prevents processing-induced degradation Effective at high temperatures Broad food-contact approvals Excellent hydrolytic stability

ANOX™ 1315

Low viscosity liquid phenolic antioxidant with some FDA approvals.

ANOX™ 1315 is a highly effective, non-discoloring, liquid antioxidant. It is ideal for a variety of polymers, engine and cutting lubricating oils, and polyols used in polyurethane foams for both storage and scorch protection. Appearance: Viscous, clear yellow liquid Melting Point: -56 °C Specificity Gravity (@ 20 °C): 0.94 g/cm³ Viscosity (@30 °C): ~200 mPa · s Flash Point: 229 °C Liquid form FDA approvals for use in specific polymers Low viscosity allows for extra easy handling High antioxidant efficiency in many different polymers including polyolefins, synthetic rubbers, PVC, polyols (PU) and lubricant oils

ANOX™ 20 Granular

High molecular weight hindered phenolic primary antioxidant. Effective as a process stabilizer, but is especially powerful at preventing polymer degradation during long-term aging. Similar to ANOX™ 20 Powder, but in granular form.

ANOX™ 20 Granular is a high molecular weight hindered phenolic antioxidant that primarily functions as a polymer stabilizer preventing degradation in long-term aging. Also provides defense against polymer degradation and discoloration during processing. Ethanox 310 has been rebranded to ANOX™ 20. Appearance: White free-flowing powder Molecular Weight: 1178 g/mol Bulk Density: 570 kg/m3 Melting Point: 110-125 °C Flash Point: 299 °C Non-blooming Excellent resistance to extraction from polymer compounds Synergizes with phosphites like Alkanox 240, Weston 705, and TNPP Prevents processing-induced degradation AND degradation from long-term aging Prevents discoloration at high processing temperatures Broad food-contact approvals CAS equivalent to Ethanox 310 and Irganox 1010 Available in powder, granular, non-dusting pellet form, alone and in binary blends Food packaging, automotive underhood, wire and cable

ANOX™ 20 Powder

High molecular weight hindered phenolic primary antioxidant. Effective as a process stabilizer, but is especially powerful at preventing polymer degradation during long-term aging.

ANOX™ 20 Powder is a high molecular weight hindered phenolic antioxidant that primarily functions as a polymer stabilizer preventing degradation in long-term aging. Also provides defense against polymer degradation and discoloration during processing. Ethanox 310 has been rebranded to ANOX™ 20. Appearance: White free-flowing powder Molecular Weight: 1178 g/mol Bulk Density: 650 kg/m3 Melting Point: 110-125 °C Flash Point: 299 °C Non-blooming Excellent resistance to extraction from polymer compounds Synergizes with phosphites like Alkanox 240, Weston 705, and TNPP Prevents processing-induced degradation AND degradation from long-term aging Prevents discoloration at high processing temperatures Broad food-contact approvals CAS equivalent to Ethanox 310 and Irganox 1010 Available in powder, granular, non-dusting pellet form, alone and in binary blends Food packaging, automotive underhood, wire and cable

ANOX™ BB021

Synergistic blend of phenolic and phosphite antioxidants to protect polymers both during processing and long term aging.

ANOX™ BB021 Powder is a solid, synergistic blend of one part phenolic (ANOX® 20) to two parts phosphite (ALKANOX® 240) antioxidants. This binary blend provides excellent protection for polymers during both processing and long term aging. Appearance: White to off-white powder ALKANOX™ 240 Content: 64.2-69.2% ANOX™ 20 Content: 30.8-35.8% Clarity of Sol (10% w/v Toluene): Clear Tran. 425 nm (10% w/v Toluene): ≥95.0 Tran. 500 nm (10% w/v Toluene): ≥97.0 Fewer additives to dose properly Low volatility allows for higher processing temperatures Excellent resistance to extraction from polymer compounds Available in powder and granular forms Used in a wide variety of thermoplastic polymers such as polyolefins, polycarbonates, ABS, and polyesters

ANOX™ PP18 NDB

High molecular weight hindered phenolic antioxidant, provides effective protection against polymer degradation during processing and in long term aging in many polymer systems.

ANOX™ PP18 stabilizer effectively reduces oxidative degradation of most polymers during processing and end-use application. It is ideal for polyolefins, styrenics, block co-polymers, elastomers, adhesives, PVC, and polyurethanes. It is available in granular, powder, and non-dusting blend form. Appearance: White pellets Melting Point: 50-55 °C Flash Point: 273 °C Molecular Weight: 531 g/mol Non-dusting Broad food-contact approvals

ANOX™ PP18 Powder

High molecular weight hindered phenolic antioxidant, provides effective protection against polymer degradation during processing and in long term aging in many polymer systems.

ANOX™ PP18 stabilizer effectively reduces oxidative degradation of most polymers during processing and end-use application. It is ideal for polyolefins, styrenics, block co-polymers, elastomers, adhesives, PVC, and polyurethanes. It is available in granular, powder, and non-dusting blend form. Appearance: White, free flowing solid Melting Point: 50-55 °C Flash Point: 273 °C Molecular Weight: 531 g/mol Bulk Density: 570 kg/m³ Available in multiple forms (powder, granular, non-dusting blend) Broad food-contact approvals

BONDING AGENT P-1 WET

Adhesion promoter for predip polyester cord and resorcinol formaldehyde latex adhesives.

BONDING AGENT P-1 WET is an adhesion promoter that works by reacting isocyanate with water soluble epoxide to form a resinous coating on predip polyester tire and industrial cord. The resinous coating is now an active surface that resorcinol formaldehyde latex adhesives or chloroprene latex adhesives can bond to. Appearance: Off-white powder Specific Gravity @ 60 °C: 1.34 Physical Form: 68% active aqueous wetcake Melting Point: 187-200 °C Slightly Soluble: Dimethylformamide, acetonitrile, methyl ethyl ketone, cyclohexanone Insoluble: Water Allows adhesion between polyester cord and resorcinol formaldehyde latex adhesives or chloroprene latex adhesives Predip polyester tire and industrial cord

BroShield 21-B

General Purpose Brominated Flame Retardant

BroShield 21-B is a highly effective general purpose flame retardant for use in thermoplastics, engineering polymers, elastomers, thermosets, HIPS, polypropylene, EPDM , polyesters and epoxy. Appearance: White Powder Bromine Content: 81-82% Melt range (deg C): 348-353 Excellent Color Good UV stability High FR efficiency High thermal stability Non blooming RoHS compliant Elastomers Thermoplastics Engineered Polymers

BroShield 67-B

High purity non-diphenyl oxide.

BroShield 67-B is a brominated flame retardant with excellent thermal and UV stability for use in thermoplastics, thermosets and elastomers. BroShield 67-B is used in color sensitive applications and is non blooming. It also has excellent wet electrical properties which makes it ideal for wire & cable applications. Appearance: White to Off White powder Bromine: 65% Particle size,D50: 2 to 3 microns Melting Point: ≥ 445 °C Ph value: 4 to 5 Specific Gravity: 2.65 to 2.85 High purity Excellent thermal stability Good UV stability Coatings Adhesives Fabric back-coatings

BroShield BPS-70HP

Non blooming brominated flame retardant

BroShield BPS-70HP is a high purity brominated polystyrene flame retardant that has non blooming characteristics. It is used extensively in engineering resins, polyesters and polyamides. Appearance: White granules Bromine: ≥ 66% Volatiles Content: ≤ 0.2% Specific Gravity: 2.15 High purity Thermal stability Hydrolytic stability Excellent electric properties Non blooming Coatings Adhesives Sealants

BroShield RB4

Reactive halogenated flame retardant containing 68% bromine.

BroShield RB4 is a white crystalline powder containing 68% bromine. RB4 is primarily used to produce unsaturated polyester resins. Appearance: Off White Powder Bromine content: Off white powder Melting point: ≥ 270 °C Moisture: ≥ 0.20% Specific gravity: 2.90 High bromine content High purity Rigid foam Wire coatings Wool

C-1

Sodium stearate is a sodium salt of distilled hydrogenated fatty acids.

Sodium Stearate C-1 can be used in the wetting, thickening, emulsification, and opacification of creams, lotions, and shampoos. Custom mix of fatty acids, also seen used in deodorant sticks. Free fatty acids (as Stearic): 0.20-1.30 GLC-C16: 50.0-57.0 GLC-C18: 37.5-45.5 Water: 0.00-3.00 Fineness % thru 100 mesh: 30.0-100.0 FSC test: clear Unreacted caustic: pass Appearance, white powder: pass (visual) High solubility in hot polar solvents Soluble in hot mineral oils and waxes Forms gel upon cooling Available in powder form Sodium Stearate C-1 can be used in the wetting, thickening, emulsification, and opacification of creams, lotions, and shampoos.

C-7

Sodium Stearate is a sodium salt of distilled hydrogenated fatty acids.

Sodium Stearate C-7 can be used in the wetting, thickening, emulsification, and opacification of creams, lotions, and shampoos. May also be used for gelling agents in gel sticks. Free fatty acids (as Stearic): 0.20-1.30 GLC-C12: 0.00-0.75 GLC-C14: 0.00-3.00 GLC-C16: 23.0-30.0 GLC-C18: 35.0-40.0 GLC-C20: 17.00-24.00 GLC-C22: 12.00-16.00 GLC-C20 + C22: 30.00-40.00 GLC-Other: 0.00-4.00 Gel color and sediment: 0-150 Water: 0.00-3.00 Fineness % thru 100 mesh: 50.0-100.0 FSC test: clear Appearance, white powder: pass (visual) High solubility in hot polar solvents Soluble in hot mineral oils and waxes Forms gel upon cooling Low odor Available in powder form 100% vegetable based

CELOGEN® 754A

Chemical foaming agent for thermoplastics and rubber with a moderate decomposition temperature that does not require the addition of an activator.

CELOGEN® 754A is a chemical blowing agent designed for rubber and thermoplastics. It contains an effective activation system; adding strong activators such as zinc oxide, zinc stearate or ACTICELL® U is unnecessary unless lowering the decomposition temperature is desired. Appearance: Yellow-orange powder Specific Gravity @25 °C: 1.68 Decomposition Point: 165-180 °C Gas Yield: 200 ml/g Decomposition Gases: N₂, CO₂, CO, NH₃ Soluble: Alkaline solutions Insoluble: Most organic solvents, water Non-discoloring Decomposition residue is white Contains an effective activation system Natural and synthetic rubbers, thermoplastics, ethylene vinyl acetate, shoe soles, automotive extrusions

CELOGEN® 760A

Self nucleating chemical blowing agent for thermoplastics and rubber that prevents cyanuric acid plate-out forming deposits on dies, molds, and screws.

CELOGEN® 760A is a self-nucleating chemical blowing agent designed for thermoplastics and rubber. It prevents the formation of cyanuric acid deposits on dies, molds and screws. CELOGEN® 760A has a very small particle size and a high decomposition temperature. Form: Light yellow free flowing powder Particle size: 4 μm Specific gravity: 2.06 Decomposition point: 200-205°C (394-401°F) Gas yield: 160 ml/g (polymer dependent) Prevents cyanuric acid plate-out deposits on screws, dies, and mold surfaces Self nucleating Food contact approvals

CELOGEN® 765A

Chemical blowing agent for thermoplastics and rubber with that does not require the addition of an activator. Similar to CELOGEN® 754A but with a lower decomposition temperature.

CELOGEN® 765A is a chemical blowing agent designed for rubber and thermoplastics. It is similar to CELOGEN® 754A but has a lower decomposition temperature. CELOGEN® 765A contains a very effective activation system; adding strong activators such as zinc oxide, zinc stearate or ACTICELL® U is unnecessary unless lowering the decomposition temperature is desired. Form: Yellow powder Specific gravity @ 25°C: 1.65 Decomposition point: 152-160°C (306-320°F) Gas yield: 180 ml/g Decomposition gases: N₂, CO₂, CO, NH₃ Soluble: Alkaline solutions Insoluble: Most organic solvents, water Non-discoloring Decomposition residue is white Contains an effective activation system Compression molded closed cell sponge, shoe soles, automotive extrusions

CELOGEN® 780

Chemical blowing agent with a very low decomposition temperature designed for use with silicone gums that does not require the addition of an activator.

CELOGEN® 780 is a chemical blowing agent with a very low decomposition temperature designed for compression molded and extruded silicone gums. It contains a very effective activation system; adding strong activators such as zinc oxide, zinc stearate or ACTICELL® U is unnecessary unless lowering the decomposition temperature is desired. Form: Yellow-orange powder Specific gravity @ 25°C: 1.78 Decomposition point: 142-154°C (288-309°F) Gas yield: 190 ml/g Decomposition gases: N₂, CO₂, CO, NH₃ Soluble: Alkaline solutions Insoluble: Most organic solvents, water Very low decomposition temperature Non-discoloring Decomposition residue is white Contains a very effective activation system Silicone gums, sponge rubber, expanded plastic, extruded profiles and tube applications

CELOGEN® AZ120

Azodicarbonamide foaming agent for producing many types of polymeric and elastomeric closed-cell foams.

CELOGEN® AZ120 is a chemical foaming agent that produces a fine, uniform, closed cell structure. It has a relatively high decomposition temperature and small particle size. CELOGEN® AZ120 can be catalyzed by a variety of chemicals. Strong activators like zinc oxide, zinc stearate, and ACTICELL® U; moderate activators like barium stearate, calcium stearate, citric acid, and triethanolamine; or weak activators like adipic acid, benzoic acid, salicylic acid, and calcium oxide. Form: Yellow-orange powder Specific gravity @ 25 °C: 1.66 Decomposition point: about 190-220 °C Gas yield: 220 ml/g Decomposition gases: N₂, CO₂, CO, NH₃ Particle Size: 3-5.5 µm Soluble: Alkaline solutions Insoluble: Most organic solvents and water Non-discoloring Decomposition residue is white Very small particle size Food contact approvals Sponge rubber, expanded plastics

CELOGEN® AZ130

Azodicarbonamide foaming agent for producing many types of polymeric and elastomeric closed-cell foams. Similar to CELOGEN® AZ120 but with a larger particle size.

CELOGEN® AZ130 is a chemical foaming agent that produces a fine, uniform, closed cell structure. It has a relatively high decomposition temperature and small particle size. CELOGEN® AZ130 can be catalyzed by a variety of chemicals. Strong activators like zinc oxide, zinc stearate, and ACTICELL® U; moderate activators like barium stearate, calcium stearate, citric acid, and triethanolamine; or weak activators like adipic acid, benzoic acid, salicylic acid, and calcium oxide. Form: Yellow-orange powder Specific gravity @ 25 °C: 1.66 Decomposition point: about 190-220 °C Gas yield: 220 ml/g Decomposition gases: N₂, CO₂, CO, NH₃ Particle Size: 5-6 µm Soluble: Alkaline solutions Insoluble: Most organic solvents, water Non-discoloring Decomposition residue is white Small particle size Food contact approvals Sponge rubber, expanded plastics

CELOGEN® AZ150

Azodicarbonamide foaming agent for producing many types of polymeric and elastomeric closed-cell foams. Similar to CELOGEN® AZ130 but with a larger particle size.

CELOGEN® AZ150 is a chemical foaming agent that produces a fine, uniform, closed cell structure. It has a relatively high decomposition temperature and small particle size. CELOGEN® AZ150 can be catalyzed by a variety of chemicals. Strong activators like zinc oxide, zinc stearate, and ACTICELL® U; moderate activators like barium stearate, calcium stearate, citric acid, and triethanolamine; or weak activators like adipic acid, benzoic acid, salicylic acid, and calcium oxide. Form: Yellow-orange powder Specific Gravity @ 25 °C: 1.66 Decomposition Point: about 190-220 °C Gas Yield: 220 ml/g Decomposition Gases: N₂, CO₂, CO, NH₃ Particle Size: 8-10 µm Soluble: Alkaline solutions Insoluble: Most organic solvents, water Non-discoloring Decomposition residue is white Small particle size Food contact approvals Sponge rubber, expanded plastics

CELOGEN® AZ1901

Azodicarbonamide foaming agent for producing many types of polymeric and elastomeric closed-cell foams. Similar to CELOGEN® AZ9370 but with a larger particle size.

CELOGEN® AZ1901 is a chemical foaming agent that produces a fine, uniform, closed cell structure. It has a relatively high decomposition temperature and small particle size. CELOGEN® AZ1901 can be catalyzed by a variety of chemicals. Strong activators like zinc oxide, zinc stearate, and ACTICELL® U; moderate activators like barium stearate, calcium stearate, citric acid, and triethanolamine; or weak activators like adipic acid, benzoic acid, salicylic acid, and calcium oxide. Form: Yellow-orange powder Specific Gravity @ 25 °C: 1.66 Decomposition Point: about 190-220 °C Gas Yield: 220 ml/g Decomposition Gases: N₂, CO₂, CO, NH₃ Particle Size: 14.1-16 µm Soluble: Alkaline solutions Insoluble: Most organic solvents, water Non-discoloring Decomposition residue is white Moderate particle size Food contact approvals Sponge rubber, expanded plastics

CELOGEN® AZ2500

Azodicarbonamide foaming agent for producing many types of polymeric and elastomeric closed-cell foams. Similar to CELOGEN® AZ1901 but with a larger particle size.

CELOGEN® AZ2500 is a chemical foaming agent that produces a fine, uniform, closed cell structure. It has a relatively high decomposition temperature and large particle size. CELOGEN® AZ2500 can be catalyzed by a variety of chemicals. Strong activators like zinc oxide, zinc stearate, and ACTICELL® U; moderate activators like barium stearate, calcium stearate, citric acid, and triethanolamine; or weak activators like adipic acid, benzoic acid, salicylic acid, and calcium oxide. Form: Yellow-orange powder Specific Gravity @ 25 °C: 1.66 Decomposition Point: about 190-220 °C Gas Yield: 220 ml/g Decomposition Gases: N₂, CO₂, CO, NH₃ Particle Size: 16-25 µm Soluble: Alkaline solutions Insoluble: Most organic solvents, water Non-discoloring Decomposition residue is white Large particle size Food contact approvals Sponge rubber, expanded plastics

CELOGEN® AZ9370

Azodicarbonamide foaming agent for producing many types of polymeric and elastomeric closed-cell foams. Similar to CELOGEN® AZ150 but with a larger particle size.

CELOGEN® AZ9370 is a chemical foaming agent that produces a fine, uniform, closed cell structure. It has a relatively high decomposition temperature and moderate particle size. CELOGEN® AZ9370 can be catalyzed by a variety of chemicals. Strong activators like zinc oxide, zinc stearate, and ACTICELL® U; moderate activators like barium stearate, calcium stearate, citric acid, and triethanolamine; or weak activators like adipic acid, benzoic acid, salicylic acid, and calcium oxide. Form: Yellow-orange powder Specific Gravity @ 25 °C: 1.66 Decomposition Point: about 190-220 °C Gas Yield: 220 ml/g Decomposition Gases: N₂, CO₂, CO, NH₃ Particle Size: 12-14 µm Soluble: Alkaline solutions Insoluble: Most organic solvents, water Non-discoloring Decomposition residue is white Moderate particle size Food contact approvals Sponge rubber, expanded plastics

CELOGEN® AZRV

Chemical blowing agent with a high decomposition temperature for producing rigid PVC foam.

CELOGEN® AZRV is a modified azodicarbonamide foaming agent designed to produce rigid PVC foams with a fine, uniform, closed cell structure. It's relatively high decomposition temperature can be lowered by including calcium stearate in the PVC formulation. Appearance: Fine, yellow powder Decomposition Point: 200-210 °C With Calcium Stearate: 182-193 °C Optimum Melt Temperature: 193°C + Gas Yield: 190-220 ml/g Gas Composition: N₂, CO, CO₂, NH₃ Soluble: Alkaline solutions Slightly Soluble: Dimethyl sulfoxide, dimethylformamide, water Insoluble: Acetone, benzene, ethylene dichloride Can use in formulations that include non-activating tin stabilizers Prevents plate-out deposits on screws, dies, and mold surfaces Rigid PVC foams

CELOGEN® OB

Outstanding chemical foaming agent with a relatively low decomposition temperature for producing cellular rubber and expanded plastic.

CELOGEN® OB is a chemical foaming agent that produces a fine, uniform, closed cell structure. It has a relatively low decomposition temperature and small particle size. CELOGEN® OB is treated with a small amount of Calcium Stearate to enhance flow ability. CELOGEN® OB can be catalyzed by a variety of chemicals. Very strong activators include ACTICELL® U, triethanolamine, and peroxides. Calcium oxide, calcium stearate, stearic acid, cadmium and lead type vinyl stabilizers are all moderate activators. Adipic acid, benzoic acid, salicylic acid, citric acid, lead stearate and zinc stearate are examples of weak activators. Molecular Weight: 358 Gas Content: Mostly nitrogen Appearance: White powder Purity: 93.0% min Average Particle Size: 5-7 µm Moisture Content: 0.5% max Decomposition Point.: 158~164°C Gas Yield: 125~140 ml/g @ S.T.P. pH: 6-8 Soluble: Dimethyl sulfoxide and dimethylformamide Insoluble: Benzene, water Non-staining Non-discoloring Non-toxic Odorless Evolves ammonia-free gas Does not effect cure rate of rubber Does not effect PVC stability Phenolic resins, thermoplastic rubber, Epoxy, NBR-PVC blends for cellular cable insulation

CELOGEN® OT

Outstanding chemical foaming agent with a relatively low decomposition temperature for producing cellular rubber and expanded plastic. Similar to CELOGEN® OB, but it has been oil treated to reduce dusting.

CELOGEN® OT is a chemical foaming agent that produces a fine, uniform, closed cell structure. It has a relatively low decomposition temperature and small particle size. CELOGEN® OT can be catalyzed by a variety of chemicals. Very strong activators include ACTICELL® U, triethanolamine, and peroxides. Calcium oxide, calcium stearate, stearic acid, cadmium and lead type vinyl stabilizers are all moderate activators. Adipic acid, benzoic acid, salicylic acid, citric acid, lead stearate and zinc stearate are examples of weak activators. Molecular Weight: 358 Gas Content: Mostly nitrogen Appearance: White powder Purity: 93.0% min Average Particle Size: 5-15 µm Heat Loss: 0.5% max Decomposition Point: 158-164 °C Gas Yield: 125-140 ml/g @ S.T.P. pH: 6-8 Soluble: Dimethyl sulfoxide and dimethylformamide Insoluble: Benzene and water Non-staining Non-discoloring Non-toxic Odorless Evolves ammonia-free gas Does not effect cure rate of rubber Does not effect PVC stability Low dusting Phenolic resins, thermoplastic rubber, NBR-PVC blends for cellular cable insulation

CELOGEN® RA

Chemical foaming agent for producing many types of polymeric closed-cell foams that require high temperature cures.

CELOGEN® RA is a chemical foaming agent well suited for polymers and elastomers with high temperature cures. CELOGEN® RA can be catalyzed by a variety of chemicals. ACTICELL® U is a strong activator; barium stearate, calcium stearate, zinc stearate, and zinc oxide are examples of moderate activators. Form: White powder Specific Gravity @ 25 °C: 1.44 Decomposition Point: 228 °C min. Gas Yield: 140 ml/g Decomposition Gases: N₂, CO₂, CO Soluble: Dimethyl sulfoxide, dimethylformamide, aqueous bases Insoluble: Acetone, toluene, water Non-discoloring Decomposition residue is white High temperature cure Extruded closed cell automotive profiles, materials with high temperature cures like nylon, and fluoropolymers.

CELOGEN® TSH

Low temperature chemical foaming agent with a slow rate of decomposition for producing uniform, closed cell foams.

CELOGEN® TSH is a chemical foaming agent designed for use at processing temperatures below 80 °C. CELOGEN® TSH offers a slow rate of decomposition which is ideal for producing fine, uniform closed cell plastic foams and blown sponge. Appearance: White crystalline powder Decomposition Temperature: 143 °C Gas Yield: 120-130 ml/g (STP) Moisture Content: 0.5% Ash Content: 0.1% Soluble: Decomposition product is: Non-toxic Colorless Odorless Non-pollutant Designed for processing temperatures below 80 °C Athletic shoes, adhesive tape, blown sponge

DURAZONE™ 37

An easily dispersed, non-staining and non-migrating antiozonant, ideal for rubber compounding.

DURAZONE™ 37 is a non-staining antiozonant that offers superior static and dynamic ozone protection as well as excellent antioxidant protection. DURAZONE™ 37 disperses easily and is Ideal for use in rubber compounding. Appearance: Easily dispersed dark purple flake Specific Gravity @ 25 °C: 1.05 Melting Point: 63-73 °C Soluble: Most organic solvents Insoluble: Water Non-migrating Non-staining Easily dispersed Superior static and dynamic ozone protection Excellent antioxidant protection As a rubber compounding ingredient, it is dosed at 2 to 4 parts per 100 parts RHC

Eastman DTBHQ Crystalline

Storage stability inhibitor - extends shelf life with minimum effects on gel time (unsaturated polyesters).

Eastman™ DTBHQ (2,5-ditert-butylhydroquinone) is a crystalline solid that has low vapor pressure and short induction periods in peroxide-catalyzed polymerizations. Insoluble in water and caustic solutions, used as an antioxidant or co-inhibitor to prevent oxidation and extend shelf life in many industrial applications. Appearance: White to tan crystals Flash point: 216°C (420°F) Melting point: 215°C (419°F) Boiling point: 321°C (610°F) Specific gravity: 1.07 CAS: 88-58-4 Scavenges radicals slowly Storage stability inhibitor with minimum effect in gel time Stabilizes against odor and color development Used as a stopping agent in rubber emulsions and anti-skinning agent in paints.

Eastman™ THQ Toluhydroquinone

Highly effective process inhibitor used in the production of highly reactive unsaturated polyesters.

Eastman™ THQ (Toluhydroquinone) is a tan to white crystalline solid that goes through similar chemical reactions as Hydroquinone. However, due to the presence of a methyl group in the ortho position, THQ becomes a highly active inhibitor in the free radical polymerization of vinyl monomers and unsaturated polyesters. Appearance: Off-white solid Flash point: 172°C (342°F) Boiling point: 279°C (534°F) Melting point: 127°C (261°F) Specific gravity: 1.3 Molecular weight: 124.13 CAS: 95-71-6 Better solubility in styrene than Hydroquinone Highly effective cook stabilizer in unsaturated polyesters Good performing antioxidant for oleates, linseed oil, and other nonfood fats and oils Used as an inhibitor, antioxidant, and intermediate manufacturing.

Epolene® N-10 Polymer

A polyethylene homopolymer with a viscosity of 1500

N-10 is a polyethylene polymer with a viscosity of 1500 cP that is easily blended with natural or synthetic waxes to enhance properties like tensile strength of wax blends, aid in pigment dispersion, mold release, improve gloss of paper and increase scuff and rub off resistance in printing inks. Polymer Type: Polyethylene Ring and Ball softening Point: 108C Penetration Hardness: 2dmm Viscosity, Brookfield @125C: 1,500 cP Molecular Weigght: 10,000 Increased tensile strength of wax blends Easily blend with natural or synthetic waxes Improve the gloss of paper coatings Aid in pigment dispersion and mold release Improve scuff and rub off resistance in printing inks solvent based adhesives, wax modification, inks, building and construction, packaging

ETHANOX™ 330 Granular

High molecular weight phenolic antioxidant ideal for a wide variety of applications including elastomers, PE wire insulation, hot melt adhesives, tackifiers and engineering polymers. Similar to ETHANOX™ 330 Powder, but in a granular form.

ETHANOX™ 330 exhibits superior performance over typical high molecular weight antioxidants in controlling degradation in polyolefins during processing. It is compatible with a wide variety of resins and most polymer additives. ETHANOX™ 330 is stable at high temperatures, and is electrically neutral, making it a particularly effective antioxidant for PE wire insulation. Appearance: White crystalline powder Melting Point: 244 °C Molecular Weight: 775 g/mol Bulk Density: 630 kg/m³ Broad food-contact approvals Resistant to water and solvent extraction Decreases water carry-over in water-quenched PP films Not absorbed by the fillers commonly used in polyolefins Low volatility Biologically inert Non-staining and non-discoloring Electrically neutral LDPE and HDPE wire insulation, hot melt adhesives

ETHANOX™ 330 Powder

High molecular weight phenolic antioxidant ideal for a wide variety of applications including elastomers, PE wire insulation, hot melt adhesives, tackifiers and engineering polymers. Similar to ETHANOX™ 330 Granular, but in a powder form.

ETHANOX™ 330 exhibits superior performance over typical high molecular weight antioxidants in controlling degradation in polyolefins during processing. It is compatible with a wide variety of resins and most polymer additives. ETHANOX™ 330 is stable at high temperatures, and is electrically neutral, making it a particularly effective antioxidant for PE wire insulation. Appearance: White crystalline powder Melting Point: 244 °C Molecular Weight: 775 g/mol Bulk Density: 630 kg/m³ Broad food-contact approvals Resistant to water and solvent extraction Decreases water carry-over in water-quenched PP films Not absorbed by the fillers commonly used in polyolefins Low volatility Biologically inert Non-staining and non-discoloring Electrically neutral LDPE and HDPE wire insulation, hot melt adhesives

FireBlend® 25-X

Antimony based flame retardant synergist

FireBlend 25-X is a low cost alternative to antimony trioxide. It acts as an effective synergist in PVC, Polyolefins and ABS when used in combination with a halogen source. Appearance: Fine white powder Antimony content: 25% Average particle size: 1 to 2 microns Specific gravity: 3.48 325 mesh sieve residue: ≤0.20% Low cost Uniform particle size 1:1 replacement for antimony oxide PVC Polyolefins

FireGard LT

Low tint antimony trioxide

FireGard LT is similar to other FireGard grades and is used as synergist in the presence of a halogen source. FireGard LT is particularly effective in low tint applications where color strength and opacity are of importance. The low surface area of FireGard LT is useful in viscosity sensitive applications. Appearance: Fine white powder Specific gravity: 5.5 Average particle size: 2 to 3 microns Sieve residue < 325 mesh: ≤0.10% Antimony Trioxide: 99.8% min Arsenic: 0.10% max Lead: 0.10% max Iron: 0.004% max Low tint Low impurity level Uniform particle size Coatings Adhesives Ceramics Catalyst for PET manufacture Clarifier for glass Opacifier for enamels Coating for titanium dioxide

FireGard® ATO

Flame Retardant/Synergist used in conjunction with brominated or Chlorinated compounds to reduce flammability.

FireGard ATO is Antimony Trioxide that is used as a fire retardant in the presence of a halogen source. In PVC compounds it can be used as the primary FR without the need for a halogen based flame retardant. In other polymers that do not contain halogen, a chlorinated or brominated compound must be added to obtain flame retardancy. Antimony Trioxide (ATO) does not melt or vaporize during normal use and will not form vapors unless heated to extremely high temperatures. FireGard ATO is suitable for applications where a high tint is acceptable. Appearance: Fine white powder Specific gravity: 5.5 Average particle size: 0.8 to 1.3 microns Sieve residue < 325 mesh: ≤0.10% Antimony Trioxide: 99.8% min Arsenic: 0.10% max Lead: 0.10% max Iron: 0.004% max Low cost Low impurities Fine particle size Coatings Adhesives Ceramics Catalyst for PET manufacture Frictional additive in automotive brake linings Clarifier for glass Opacifier for enamels Coating for titanium dioxide

FireGard® HP

High Purity grade of Antimony Trioxide (ATO)

FireGard HP is a high purity grade of Antimony Trioxide that has lower impurities compared to FireGard ATO. FireGard HP has lower levels of Lead & Arsenic compared to FireGard ATO thereby making it the FR of choice for critical applications like ceramic pigment and glass. Appearance: Fine white powder Specific gravity: 5.5 Average particle size: 0.8 to 1.3 microns Sieve residue < 325 mesh: ≤0.10% Antimony Trioxide: 99.8% min Arsenic: 0.05% max Lead: 0.05% max Iron: 0.004% max Low cost Low impurities Fine particle size Coatings Adhesives Ceramics Catalyst for PET manufacture Frictional additive in automotive brake linings Clarifier for glass Opacifier for enamels Coating for titanium dioxide

FireGard® SA

Antimony Synergist

FireGard SA is Sodium Antimonate that is used as a FR synergist in acid sensitive polymers such as PET,PBT, PC and polyamides. FireGard SA is used in applications that need low tint strength thereby maximizing the effect of pigments. FireGard SA also helps produce products that are semi-transparent. Similar to Antimony Trioxide, FireGard SA must be used in conjunction with a halogen. In PVC applications it can be used as the stand alone FR. In other non halogen containing resins, it must be used along with a Bromine or Chlorine FR. Appearance: White powder Antimony content: 61% minimum Trivalent antimony: 0.5% maximum Lead: 0.05% maximum Arsenic: 0.03% maximum Iron: 0.006% maximum Sodium hydroxide: 0.5% maximum 325 mesh: 0.10% maximum Particle size: 2 microns Specific gravity: 4.8 Low reactivity Low opacity Excellent physical properties Low tint strength

FireGard® XF

Submicron particle size Antimony Trioxide (ATO)

FireGard XF is similar to FireGard ATO but with a smaller submicron particle size. The fine particle size of FireGard XF offers minimum loss of properties in thermoplastics like ABS, HIPS, Polyamides and PBT. FireGard XF is also highly effective in liquid systems like polyesters, polyurethanes and phenolics. Appearance: Fine white powder Specific gravity: 5.5 Average particle size: 0.1 to 0.4 microns Sieve residue < 325 mesh: ≤0.10% Extra fine particle size Minimum loss of properties Low level of impurities Coatings Adhesives Glass Ceramics Chemical manufacturing Petroleum refining Electronics

FLEXAMINE™

Stabilizer that protects natural and synthetic rubbers from deterioration initiated by copper or manganese, as well as heat, flexing fatigue, and oxygen.

FLEXAMINE™ stabilizer is a super aging antioxidant that protects natural and synthetic rubbers from deterioration caused by oxygen, flexing fatigue, and heat. Provides long term heat aging protection for black filled polyamides that come into contact with gasoline or oil. FLEXAMINE™ also protects against deterioration initiated by contact with copper or manganese. Appearance: Brown to dark brown granules Specific Gravity: 1.17 g/cm³ Melting Point: 87 °C Solubility: Acetone, Benzene, Ethylene Dichloride Insolubility: Water, Gasoline Protects against deterioration caused by oxygen, heat, and flexing fatigue Food contact approvals Protects against copper or manganese initiated deterioration Black-filled polyamides in contact with gasoline or oil, heavy service truck treads and carcass compounds, natural rubber wire insulation, linesmens' electrical insulating blankets, gloves and other products that come into contact with copper and manganese

Fluoroguard™ PCA Oil

Perfluoropolyether (PFPE) polymer compounding additive with excellent color and UV/thermal stability.

Used to internally lubricates parts, offering excellent lubricity while not affecting chemical properties and allowing moving parts to turn easier and last longer. Average MW: 4800 Volatility: <1% Viscosity (cSt at 50 °C): 101 Density (g/ml at 23 °C): 1.9 Surface Tension (dyn/cm at 26 °C): 18 Refractive Index (nD25): 1.3 Pour Point: -36 °C Appearance: Clear liquid Improves processing of polymers Colorless Odorless Chemically inert Color, UV, and thermal stability Increases wear resistance Increases flex fatigue resistance Improves product gloss Improves surface lubricity Reduces coefficient of friction Reduces squeak/noise Only used at 0.1-1.0%

Hydroquinone Industrial Photographic

Primary inhibitor, lowest cost, most commonly used general-purpose inhibitor, antioxidant, and intermediate.

Eastman™ Hydroquinone Photographic is an industrial antioxidant that reacts quickly with oxygen. Along with being used as a primary inhibitor, it is also used as an intermediate to manufacture other antioxidants. Appearance: White crystals Flash point: 177°C (350°F) Boiling point: 286°C (547°F) Density @ 4°C: 1.34 g/mL Molecular weight: 110.11 CAS: 123-31-9 Low cost Effective stand-alone oxygen scavenger Reduces corrosion in water treatment applications as a catalyst Does not degrade to ammonia Reacts quickly to oxygen Used as a primary inhibitor to prevent oxidation and industrial applications.

Larostat® 264 A

Cationic antistat - >= 25.0 - < 50.0% alkyl dimethylethyl ammonium ethosulfate quat.

One of the most widely used cationic antistats in the world is LAROSTAT® 264 A, an alkyl dimethylethyl ammonium ethosulfate quat. A non-halogen quat, it is more effective than other traditional antistats and does not present the problems typical of chloride quats. LAROSTAT® 264 A is usually the antistat of choice for general applications where temperature or FDA requirements are not an issue. It is used for both internal and topical applications. Appearance @ 25°C Clear Amber Liquid Color, Gardner:12 max. Solids, % @ 105°C, 1.5 Hrs: 34.0 – 36.0 pH, 30 % Aqueous: 5.0 – 6.5 Viscosity @ 50°C, cSt: 230 – 330 Compatible with complex chemical systems including many anionic systems. A non-halogen quat, it is more effective than other traditional antistats and does not present the problems typical of chloride quats. It is used for both internal and topical applications. Polyurethane, Polystyrene, Rigid PVC, Fiberglass, Textiles, Dust control, Floor finishes, General purpose

Lithium Stearate PM

A distilled salt from fatty acids specifically used in grease and great for binding materials together.

Lithium Stearate is the salt distilled from fatty acids of animal or vegetable sources. Appearance: White powder Melting Point: >200 °C Molar Mass: 306.42 g/mol Insoluble in H20 Safe with food processing Meet synthetic lubricant-based grease requirements Can be in paper components touching food Used as a lubricant in industrial applications such as motor vehicles, aircraft, heavy machinery, etc.

LOWILITE™ 26

Benzotriazole type UV light absorber, provides strong protection from UV initiated degradation in polyolefins and polyesters.

LOWILITE™ 26 is a strong benzotriazole UV light absorber that prevents yellowing and degradation for a variety of polyolefin and polyester applications. LOWILITE™ 26 provides UV protection in unsaturated polyester coatings cured with cobalt catalysts, without causing discoloration. Appearance: Pale yellow powder Molecular Weight: 316 g/mol Specific Gravity (@25 °C): 1.32 Bulk Density: 260 kg/m³ Melting Point: 137-142 °C Flash Point: 232 °C Broad food-contact approvals Non-discoloring in cobalt cured unsaturated polyester coatings Used in polyolefins, polyesters, and unsaturated polyester coatings cured with a cobalt catalyst.

LOWILITE™ 28

Benzotriazole type UV light absorber, provides strong protection for a variety of polymers from degradation when exposed to UV in the range of 290-400 nm.

LOWILITE™ 28 is a strong benzotriazole UV light absorber that prevents yellowing and degradation of wide variety of polymers including two part epoxies and urethanes. Appearance: Off-white powder Bulk Density: 260 kg/m³ Molecular Weight: 351 g/mol Specific Gravity (@ 25 °C): 1.17 Melting Point: 80 °C Flash Point: 230 °C Protection from UV in the range of 290-400 nm Available in powder and granular forms Unsaturated polyesters, acrylics, thermoplastic urethanes, moisture cured urethanes, two part epoxies and urethanes, oil alkyds and thermosetting acrylic enamels

LOWILITE™ 62

Low melting point HALS that exhibits low interaction with co-additives such as pigments.

LOWILITE™ 62 is a Hindered Amine Light Stabilizer (HALS) with a low melting range. Suitable for use in a variety of polymer systems such as polyolefins, styrenics, unsaturated polyesters, acrylics, PVC, and elastomers. It is ideal for systems containing high additive loadings such as multiple stabilizers and pigments. Appearance: Off-white slightly yellow microgranules Softening Point: 55-77 °C Molecular Weight: 3100-4000 g/mol Bulk Density: 570 kg/m³ Broad food-contact approvals Low interaction with co-additives such as pigments and other stabilizers Used in plastisols, adhesives, sealants and spin-finishes. Great for use in high-pigment load applications.

LOWILITE™ 92

Liquid form HALS that exhibits low interaction with co-additives such as pigments and other stabilizers.

LOWILITE™ 92 is a ultraviolet light stabilizer suitable for use in polyolefins, styrenics, UPE, acrylics, flexible and rigid PVC, elastomers, adhesives, sealants, coatings, and polyols. Appearance: clear, colorless liquid Melting Point: <4 °C Viscosity (@38 °C): 170 mPa · s Density (@38 °C): 0.979 g/cm³ Liquid form Great for use in liquid applications such as coatings and sealants.

LOWILITE™ 94

Oligomeric hindered amine light stabilizer (HALS) with extremely low volatility, high thermal stability, and excellent compatibility with a wide variety of materials.

LOWILITE™ 94 is a HALS type UV stabilizer that is particularly effective when used in thin parts such as fibers and films due to it's oligomeric structure. LOWILITE™ 94 has extremely low volatility, high thermal stability, and excellent compatibility with a wide variety of substrates. Appearance: Slightly yellow granules Softening Point: 100-135 °C Molecular Weight: 2000-3300 g/mol Bulk Density: 510 kg/m³ Specific Gravity (@20 °C): 1.01 g/cm³ Flash Point: >160 °C Broad food contact approvals Effective as an antioxidant for long term thermal stability Extremely low volatility Excellent compatibility with a wide variety of polymers Thin part sections such as fibers and film, ethylene vinyl acetate, polypropylene blends with elastomers

LOWINOX™ AH25

Sterically hindered phenolic antioxidant designed for use in unvulcanized rubber, giving excellent protection from oxygen and UV exposure.

LOWINOX™ AH25 is a sterically hindered phenolic antioxidant that provides excellent protection for unvulcanized rubber adhesives, tapes, and films from oxygen and UV initiated cracking. It prevents tack loss and reduces cold flow of unvulcanized rubber. LOWINOX™ AH25 is a very effective stabilizer and anti-skinning agent for a variety of coatings, and provides scorch protection in wire and cable applications. Appearance: White to cream colored powder Molecular Weight: 250 g/mol Melting Point: 179 °C Bulk Density: 290 kg/m³ Volatility (2g/2h/80 °C): 0.5% max Ash Content (5g/800 °C): 0.1% max Food contact approvals Good scorch resistance for wire and cable Anti-skinning agent for coatings Excellent protection from oxygen and UV exposure Prevents tack loss Reduces cold flow Unvulcanized rubber adhesives, tapes, and films; wire and cable applications, coatings

LOWINOX™ CA22

Hindered phenolic antioxidant that is highly resistant to extraction and gives excellent color performance in polyolefins.

LOWINOX™ CA22 is an extraction resistant hindered phenolic antioxidant that gives excellent color stability in polyolefins. LOWINOX™ CA22 is effective at stabilizing a variety of plasticizers in flexible PVC, as well as hot melt adhesives and styrene copolymers. Appearance: Powder Molecular Weight: 545 g/mol Bulk Density: 380 kg/m³ Melting Point: >183 °C Broad food-contact approvals Excellent color stability Highly extraction resistant LDPE, HDPE, styrene copolymers

LOWINOX™ CPL

Low volatility phenolic antioxidant that is especially effective in stabilizing isoprene and butadiene polymers.

LOWINOX™ CPL is a non-staining, non-discoloring phenolic antioxidant with low volatility. It is designed to stabilize isoprene and butadiene polymers such as SBR, MBS, and ABS, and is also effective in protecting natural and synthetic rubbers. A high resistance to extraction through boiling or washing makes LOWINOX™ CPL an excellent choice for use in carpet backing. Appearance: Cream colored or amber powder or pellets Softening Point: > 105 °C Molecular Weight: 600-700 g/mol Bulk Density: 360 kg/m³ (powder), 600 kg/m³ (pellets) Density @ 20 °C: 1.04 g/cm³ Broad food-contact approvals Non-discoloring Non-staining High resistance to extraction Easily dispersed isoprene, butadiene polymers, natural rubber, synthetic rubber, latex, SBR, ABS, ASA, MBS, SBS, SIS, CR, NBR, BR, tackifiers, adhesives and sealants; rubber threads and latex for carpet backing and foams,

LOWINOX™ HD98

Hindered phenolic antioxidant that provides excellent color protection during polymerization and manufacturing of polyamide fibers, molded articles, and films.

LOWINOX™ HD98 is a high performance hindered phenolic antioxidant designed to stabilize polyamides. To protect polyamide fibers, it can be added to the polymer melt in the final stages of polymerization. LOWINOX® HD98 can also be added prior to polymerization to impart excellent color protection during manufacturing, spinning, and heat setting. Appearance: White powder Melting Point: 156-163 °C Molecular Weight: 637 g/mol Bulk Density: 450 kg/m³ Excellent color protection during polymerization and manufacturing Resistant to extraction Polyamide fibers, molded articles, and films

Microthene® FA 700-00

20 micron high density polyethylene powder with a melt index of 10.

Microthene FA 700-00 is a 20 micron ultra-fine spherical polyethylene powder that is mostly used as an additive in a broad range of specialty applications. Microthene powders offer the properties of polyolefin resins but in a microfine particle size making it suitable for dispersion in aqueous systems. FA 700-00 has the highest peak melting point of all the Microthene grades. Melt index: 10 g/10 min Density: 0.952 g/cc Peak melting point: 134.0°C/273.2°F Low temperature brittleness: -76.0°C/-104.8°F Particle shape: Spherical Average particle size: 20 micron Particle size distribution: 5-50 micron Maximum moisture content: 0.1 % Microfine particle size Uniform particle distribution Spherical shape Long shelf life Easy to disperse Low shrink additive for composites Improve gloss in plastic molded parts Binder in filters and batteries Antitack (pellet dusting) for tacky polymers Viscosity modifier in grease, inks, coatings Carrier/Matrix for fabrics, paper Sintering agent in ceramics

Microthene® FA 709-00

20 micron high density polyethylene powder with a melt index of 10. Flow enhanced version of Microthene FA 700-00.

Microthene FA 709-00 is a 20 micron ultra-fine spherical polyethylene powder that is mostly used as an additive in a broad range of specialty applications. FA 709-00 is a flow enhanced version of FA 700-00. It has small amounts of fumed silica to reduce bridging and clumping. Microthene powders offer the properties of polyolefin resins but in a microfine particle size making it suitable for dispersion in aqueous systems. Melt index: 10 g/10 min Density: 0.952 g/cc Vicat softening point: 125.0°C/257.0°F Peak melting point: 134.0°C/273.2°F Low temperature brittleness: -76.0°C/-104.8°F Tensile strength @ break: 11.7/1,700 Mpa/psi Elongation @ break: 400% Flexural modulus: 1,103/160,000 Mpa/psi Hardness, Shore D: 66 Particle shape: Spherical Average particle size: 20 micron Particle size distribution: 5-50 micron Maximum moisture content: 0.1% Microfine particle size Uniform particle distribution Spherical shape Long shelf life Easy to disperse Flow enhanced version - reduces bridging and powder clumping Low shrink additive for composites Improve gloss in plastic molded parts Binder in filters and batteries Antitack (pellet dusting) for tacky polymers Viscosity modifier in grease, inks, coatings Carrier/Matrix for fabrics, paper Sintering agent in ceramics

Microthene® FE 532-00

20 micron Ethylene Vinyl Acetate (EVA) powder with a melt index of 10.

Microthene FE 532-00 is a 20 micron EVA powder that is mostly used as an additive in a broad range of specialty applications. Microthene powders offer the properties of polyolefin resins but in a microfine particle size making it suitable for dispersion in aqueous systems. Equivalent melt index: 8.0 g/10 min Density: 0.926 g/cc Vicat softening point: 75.0°C/167.0°F Peak melting point: 96.0°C/204.8°F Low temperature brittleness: -76.0°C/-104.8°F Tensile strength @ break: 11.7/1,700 MPa/psi Elongation @ break: 675% Flexural modulus: 93.1/13,500 MPa/psi Hardness, Shore D: 38 Particle shape: Spherical Average particle size: 20 micron Particle size distribution: 5-50 micron Maximum moisture content: 0.1% Microfine particle size Uniform particle distribution Spherical shape Long shelf life Easy to disperse Low shrink additive for composites Improve gloss in plastic molded parts Binder in filters and batteries Antitack (pellet dusting) for tacky polymers Viscosity modifier in grease, inks, coatings Carrier/Matrix for fabrics, paper Sintering agent in ceramics

Microthene® FN 501-00

20 micron low density polyethylene powder with a melt index of 23.

Microthene FN 501-00 is a 20 micron ultra-fine spherical polyethylene powder that is mostly used as an additive in a broad range of specialty applications. Microthene powders offer the properties of polyolefin resins but in a microfine particle size making it suitable for dispersion in aqueous systems. FA 501-00 has the highest melt index of all the Microthene grades. Melt index: 23 g/10 min Density: 0.9245 g/cc Vicat softening point: 92.0°C/197.6°F Peak melting point: 114.5°C/238.1°F Low temperature brittleness: -50.0°C/-58.0°F Tensile strength @ break: 13.1/1,900 MPa/psi Elongation @ break: 120% Flexural modulus: 310.3/45,000 MPa/psi Hardness, Shore D: 54 Particle shape: Spherical Average particle size: 20 micron Particle size distribution: 5-50 micron Maximum moisture content: 0.1% Microfine particle size Uniform particle distribution Spherical shape Long shelf life Easy to disperse Low shrink additive for composites Improve gloss in plastic molded parts Binder in filters and batteries Antitack (pellet dusting) in tacky polymers Viscosity modifier in grease, inks, coatings Carrier/Matrix for fabrics, paper Sintering agent in ceramics

Microthene® FN 510-00

20 micron low density polyethylene powder with a melt index of 5.

Microthene FN 510-00 is a 20 micron ultra-fine spherical polyethylene powder that is mostly used as an additive in a broad range of specialty applications. Microthene powders offer the properties of polyolefin resins but in a microfine particle size making it suitable for dispersion in aqueous systems. Melt index: 4.70 g/10 min Density: 0.923 g/cc Vicat softening point: 97.0°C/206.6°F Peak melting point: 110.0°C/230.0°F Low temperature brittleness: -76.0°C/-104.8°F Tensile strength @ break: 12.4/1,800 MPa/psi Elongation @ break: 550% Flexural modulus: 275.8/40,000 MPa/psi Hardness, Shore D: 53 Particle shape: Spherical Average particle size: 20 micron Particle size distribution: 5-50 micron Maximum moisture content: 0.1% Microfine particle size Uniform particle distribution Spherical shape Long shelf life Easy to disperse Low shrink additive for composites Improve gloss in plastic molded parts Binder in filters and batteries Antitack (pellet dusting) in tacky polymers Viscosity modifier in grease, inks, coatings Carrier/Matrix for fabrics, paper Sintering agent in ceramics

Microthene® FN 519-00

20 micron low density polyethylene powder with a melt index of 5.Flow enhanced version of Microthene FN 510.

Microthene FN 519-00 is a 20 micron ultra-fine spherical polyethylene powder that is mostly used as an additive in a broad range of specialty applications. FN 519-00 is a flow enhanced version of FN 510-00. It has small amounts of fumed silica to reduce bridging and clumping. Microthene powders offer the properties of polyolefin resins but in a microfine particle size making it suitable for dispersion in aqueous systems. Melt index: 4.70 g/10 min Density: 0.9225 g/cc Vicat softening point: 97.0°C/206.6°F Peak melting point: 110.0°C/230.0°F Low temperature brittleness: -76.0°C/-104.8°F Tensile strength @ break: 12.4/1,800 MPa/psi Elongation @ break: 550% Flexural modulus: 275.8/40,000 MPa/psi Hardness, Shore D: 53 Particle shape: Spherical Average particle size: 20 micron Particle size distribution: 5-50 micron Maximum moisture content: 0.1% Microfine particle size Uniform particle distribution Spherical shape Long shelf life Easy to disperse Flow enhanced version - reduces bridging and powder clumping Low shrink additive for composites Improve gloss in plastic molded parts Binder in filters and batteries Antitack (pellet dusting) in tacky polymers Viscosity modifier in grease, inks, coatings Carrier/Matrix for fabrics, paper Sintering agent in ceramics

Microthene® MN 701-00

35 mesh (500 micron) polyethylene powder with a melt index of 70.

Microthene MN 701-00 is a 35 mesh (500 micron) ground low density polyethylene powder that is mostly used as an additive in a broad range of specialty applications. Microthene G powders offer the properties of polyolefin resins but in a ground particle size making it suitable for dispersion in aqueous systems. Melt index: 70 g/10 min Density: 0.912 g/cc Vicat softening point: 75.6°C/168.1°F Peak melting point: 100.8°C/213.4°F Low temperature brittleness: -22.7°C/-8.9°F Tensile strength @ break: 7.7/1,100 MPa/psi Elongation @ break: 400% Flexural modulus: 186/27,000 MPa/psi Hardness, Shore D: 51/44 max/15 seconds Particle shape: Irregular Average particle size: 35 mesh Small ground particle size Long shelf life Easy to disperse FDA approved Automotive parts Color concentrates Structural parts Binder in filters and batteries Carrier/Matrix for fabrics, paper

Microthene® MN 710-20

50 mesh (292 micron) polyethylene powder with a melt index of 22.

Microthene MN 710-00 is a 50 mesh (292 micron) ground low density polyethylene powder that is mostly used as an additive in a broad range of specialty applications. Microthene G powders offer the properties of polyolefin resins but in a ground particle size making it suitable for dispersion in aqueous systems. Melt index: 22 g/10 min Density: 0.915 g/cc Vicat softening point: 81.0°C/177.8°F Peak melting point: 102.7°C/216.9°F Low temperature brittleness: -34.6°C/-30.3°F Tensile strength @ break: 9.3/1,350 MPa/psi Elongation @ break: 610% Flexural modulus: 228/33,000 MPa/psi Hardness, Shore D: 49/43 max/15 sec Particle shape: Irregular Average particle size 50 mesh Small ground particle size Long shelf life Easy to disperse FDA approved Automotive parts Color concentrates Structural parts Binder in filters and batteries Carrier/matrix for fabrics, paper

Microthene® MN 711-20

35 mesh (500 micron) polyethylene powder with a melt index of 22.

Microthene MN 711-00 is a 35 mesh (500 micron) ground low density polyethylene powder that is mostly used as an additive in a broad range of specialty applications. Microthene G powders offer the properties of polyolefin resins but in a ground particle size making it suitable for dispersion in aqueous systems. Melt index: 22 g/10 min Density: 0.915 g/cc Vicat softening point: 81.0°C/177.8°F Peak melting point: 102.7°C/216.9°F Low temperature brittleness: -34.6°C/-30.3°F Tensile strength @ break: 9.3/1,350 MPa/psi Elongation @ break: 610% Flexural modulus: 228/33,000 MPa/psi Hardness, Shore D: 49/43 max/15 sec Particle shape: Irregular Average particle size: 35 mesh Small ground particle size Long shelf life Easy to disperse FDA approved Automotive parts Color concentrates Structural parts Binder in filters and batteries Carrier/matrix for fabrics, paper

Microthene® MN 714-00

50 mesh (292 micron) polyethylene powder with a melt index of 70.

Microthene MN 714-00 is a 50 mesh (292 micron) ground low density polyethylene powder that is mostly used as an additive in a broad range of specialty applications. Microthene G powders offer the properties of polyolefin resins but in a ground particle size making it suitable for dispersion in aqueous systems. Melt index: 70 g/10 min Density: 0.912 g/cc Vicat softening point: 75.6°C/168.1°F Peak melting point: 100.8°C/213.4°F Low temperature brittleness: -22.7°C/-8.9°F Tensile strength @ break: 7.7/1,100 MPa/psi Elongation @ break: 400% Flexural modulus: 186/27,000 MPa/psi Hardness, Shore D: 51/44 max/15 seconds Particle shape: Irregular Average particle size: 50 mesh Small ground particle size Long shelf life Easy to disperse FDA approved Automotive parts Color concentrates Structural parts Binder in filters and batteries Carrier/matrix for fabrics, paper

Microthene® MN 722-00

50 mesh (292 micron) polyethylene powder with a melt index of 3.7

Microthene MN 722-00 is a 50 mesh (292 micron) ground low density polyethylene powder that is mostly used as an additive in a broad range of specialty applications. Microthene G powders offer the properties of polyolefin resins but in a ground particle size making it suitable for dispersion in aqueous systems. Melt index: 3.7 g/10 min Density: 0.923 g/cc Vicat softening point: 94.6°C/202.3°F Peak melting point: 109.0°C/228.2°F Low temperature brittleness: -68.1°C/-90.6°F Tensile strength @ break: 11.8/1,720 MPa/psi Elongation @ break: 610% Flexural modulus: 330/47,800 MPa/psi Hardness, Shore D: 56/50 max/15 sec Particle shape: Irregular Average particle size: 50 mesh Small ground particle size Long shelf life Easy to disperse FDA approved Automotive parts Color concentrates Structural parts Binder in filters and batteries Carrier/matrix for fabrics, paper

Microthene® MN 727-00

16 mesh (1190 micron) polyethylene powder with a melt index of 24.

Microthene MN 727-00 is a 16 mesh (1190 micron) ground low density polyethylene powder that is mostly used as an additive in a broad range of specialty applications. Microthene G powders offer the properties of polyolefin resins but in a ground particle size making it suitable for dispersion in aqueous systems. Melt index: 25 g/10 min Density: 0.924 g/cc Vicat softening point: 86.4°C/187.5°F Peak melting point: 109.6°C/229.3°F Low temperature brittleness: -28.3°C/-18.9°F Tensile strength @ break: 8.4/1,220 MPa/psi Elongation @ break: 110% Flexural modulus: 342/49,600 MPa/psi Hardness, Shore D: 56/49 max/15 sec Particle shape: Irregular Average particle size: 16 mesh Small ground particle size Long shelf life Easy to disperse FDA approved Automotive parts Color concentrates Structural parts Binder in filters and batteries Carrier/matrix for fabrics, paper

Microthene® MU 760-00

35 mesh (500 micron) Ethylene Vinyl Acetate (EVA) powder with a melt index of 30.

Microthene MU 760-00 is a 35 mesh (500 micron) ground EVA powder with 18% vinyl acetate that is mostly used as an additive in a broad range of specialty applications. Microthene G powders offer the properties of polyolefin resins but in a ground particle size making it suitable for dispersion in aqueous systems. Equivalent melt index: 32 g/10 min Vinyl acetate content: 18% Density: 0.941 g/cc Vicat softening point: 54°C/129°F Peak melting point: 85°C/185°F Low temperature brittleness: <-76°C/-105°F Tensile strength @ break: 9.4/1,360 MPa/psi Elongation @ break: 760% Hardness, Shore D: 30 Particle shape: Irregular Average particle size: 35 mesh Small ground particle size Long shelf life Easy to disperse FDA approved Automotive parts Color concentrates Structural parts Binder in filters and batteries Carrier/matrix for fabrics, paper

Microthene® MU 763-00

35 mesh (500 micron) Ethylene Vinyl Acetate (EVA) powder with a melt index of 10.

Microthene MU 763-00 is a 35 mesh (500 micron) ground EVA powder with 9% vinyl acetate that is mostly used as an additive in a broad range of specialty applications. Microthene G powders offer the properties of polyolefin resins but in a ground particle size making it suitable for dispersion in aqueous systems. Equivalent melt index: 10 g/10 min Density: 0.927 g/cc Vicat softening point: 72.0°C/161.6°F Peak melting point: 95.1°C/203.2°F Low temperature brittleness: -76.0°C/-104.8°F Tensile strength @ break: 12.0/1,740 MPa/psi Elongation @ break: 760% Flexural modulus: 144/20,800 MPa/psi Hardness, Shore D: 47/42 max/15 sec Particle shape: Irregular Average particle size: 35 mesh Small ground particle size Long shelf life Easy to disperse FDA approved Automotive parts Color concentrates Structural parts Binder in filters and batteries Carrier/matrix for fabrics, paper

NAUGARD™ DSTDP

Thioester based secondary antioxidant that imparts excellent long-term aging in polyolefins and synthetic rubber.

NAUGARD™ DLTDP is a FDA-sanctioned antioxidant in polyolefins and other polymer systems. Used as an auxiliary stabilizer for polyethylene, polypropylene and synthetic rubbers to promote long term heat aging properties. Appearance: White powder or beads Set Point: 67 °C Molecular Weight: 683 g/mol Odor: Mild fatty Soluble: Heptane, toluene Slightly Soluble: Alcohol, ethyl acetate Non-dusting Some food contact approvals Synergy with hindered phenolic antioxidants such as ANOX® 20 and ANOX® PP18 to yield: Excellent color Excellent processing stability Excellent long term aging stability

NAUGARD™ FOAMPLUS LE 5

High efficiency, low emissions liquid antioxidant providing excellent scorch protection in flexible polyurethane foams.

NAUGARD™ FOAMPLUS LE 5 is a highly efficient synergistic liquid antioxidant blend for stabilizing polyether and polyester polyols used in polyurethane production, especially fleixble slabstock foams. Allows polyol producers to meet the automotive industry's stringent emissions specifications. Excellent scorch protection. Applications include furniture, bedding, coating, and automotive. Appearance: Low viscosity, light yellow clear liquid Pour Point: -6 °C Flash Point (closed cup): 10 °C Density (@25 °C): 0.93 g/ml Kinematic Viscosity (@25 °C): 360 cSt Ultra low emissions stabilizer for polyols and polyurethanes Full compliance with automotive VDA 278 Excellent scorch protection for flexible polyurethane foams Low viscosity allows for easy handling Excellent for flexible slabstock foam applications requiring scorch protection such as furniture, bedding, coating, and automotive applications.

NAUGARD™ Q Drop

Amine antioxidant that imparts both processing and long term heat stability in carbon black filled polymers.

NAUGARD™ Q Drop is an amine antioxidant that offers effective processing and long-term heat stability in a variety of rubber and polyolefin applications. It is designed to work well in polymers with high levels of carbon black such as tire carcasses and belts. Appearance: Amber drop Molecular Weight: 874 g/mol Specific Gravity (@ 25 °C): 1.06 Melting Point: 120-125 °C Good protection from degradation in polymers as a result of exposure to heat or oxygen Activates neoprene curing Compatible with peroxide curing systems Carbon black filled wire and cable insulation compounds, ethylene-propylene copolymers, geomembranes, LDPE, LLDPE, HDPE, tire carcass, retreads, apex, belts, hose, seals, mechanical goods, and footwear.

NAUGARD™ Super Q

Amine antioxidant that imparts both processing and long term heat stability in carbon black filled polymers. Higher purity version of NAUGARD® Q.

NAUGARD™ Super Q Drop is an amine antioxidant that offers effective processing and long-term heat stability in a variety of rubber and polyolefin applications. It is designed to work well in polymers with high levels of carbon black for specialty applications such as geomembranes and wire and cable compounds. Appearance: Amber to brown pastille Specific Gravity (@25 °C): 1.08 Color - Gardner: 11 Softening Point: 115-135 °C Flash Point (Open Cup): 274-282 °C Molecular Weight: 874 g/mol Soluble (@ 25 °C): Acetone, chloroform, ethanol, naphtha, toluene Insoluble (@ 25 °C): Water, petroleum ether Higher purity than NAUGARD™ Q Good protection from degradation in polymers as a result of exposure to heat or oxygen Activates neoprene curing Compatible with peroxide curing systems Carbon black filled wire and cable insulation compounds, ethylene-propylene copolymers, geomembranes, LDPE, LLDPE, HDPE, tire carcass, retreads, apex, belts, hose, seals, mechanical goods, and footwear.

NAUGARD™ XL-1

Dual function antioxidant and metal deactivator, designed for use in polyolefins and polystyrenics that have residual metallic ions as a result of mineral fillers, inorganic pigments, or catalysts.

NAUGARD™ XL-1 combines an antioxidant and a metal deactivator for outstanding protection in variety of polyolefin and polystyrene systems. It is especially useful in resin systems that are mineral filled or have residual metallic ions from catalysts and inorganic pigments. NAUGARD™ XL-1 is non-discoloring and FDA regulated for use in most polymers. Appearance: White to off-white powder Specific Gravity (@20 °C): 1.12 Color (Trans @425 nm): 98.0 Molecular Weight: 697 g/mol Flash Point (closed cup): 260 °C Melting Point: 170-180 °C Functions as both a metal deactivator and an antioxidant Synergizes with other antioxidants FDA regulated Non-discoloring

NB-60, SW

Zinc Stearate NB-60 SW is the zinc salt of distilled hydrogenated fatty acids.

Zinc stearate is a metal salt of a fatty acid. PMC Biogenix offers zinc stearate in both precipitated and fused forms in a wide variety of end use applications. Total ash: 17.00-18.50 Water soluble salts: 0.00-0.50 Water: 0.00-1.00% Fineness thru 325 mesh: 99.80-100.00% Free fatty acids (as stearic): 0.00-2.00 Exceptional resistance to reaction with acid catalysts Soluble in many oils and waxes Can be used for lacquer sanding sealers as a sanding aid to minimize possibilities of "bloom" and "frost" development in subsequently applied top coats of synthetic varnishes containing acid catalysts.

n-Decane 95 Tech

n-Decane 95 Tech is a technical grade high-purity hydrocarbon excellently suited for crystallization, extraction and chromatography processes.

Haltermann Carless n-Decane 95 Tech is a high-purity hydrocarbon with higher n-Paraffins providing performance benefits suitable to highly specialized applications. n-Decane 95 tech provides low vapour pressure and high boiling point making it ideal for niche solvent applications. Color: <10 Density: 733 Distillation Range: 172-177 Evaporation Rate: 67 Refractive Index: 1.412 Aniline Point: 77 Aromatic Content: <0.01 Non-volatile Matter: <5 Flash Point: +45°C Vapor Pressure: 0.16 Kinetic Viscosity: 1.12

n-Dodecane 95 Tech

A clear & colorless high-purity hydrocarbon with a low vapor pressure of 0.02. It is commonly used as a distillation chaser and can also be an active component in fragrances or lubricants and greases.

Haltermann Carless n-Dodecane 95 Tech is a high-purity hydrocarbon with higher n-paraffins lengths for specialty applications. n-Dodecane 95 Tech has low vapour pressure and high boiling point making it ideal for specialty solvent applications. Color: <10 Density: 753 Distillation Range: 214-219 Refractive Index: 1.422 Aniline Point: 85 Aromatic Content: <0.1 Non-volatile Matter: <5 Flash Point: +79°C Vapor Pressure: 0.02 Kinetic Viscosity: 1.87

n-Hexane 99 Pure

A pure grade, high-purity hydrocarbon ideally used as a carrier fluid for silicone oils and as a solvent for extraction of edible oils from seed and vegetable crops.

Haltermann Carless n-Hexane 99 Pure is an ultra-high purity hydrocarbon ideal for a variety of laboratory & specialized production processes. N-Hexane 99 Pure is suitable as a process medium for polymer production for multiple different rubber types. Molecular weight: 86.2 Density: 660 Boiling point: 68.7 Solidification point: -95.3°C Refractive index: 1.3750 Flash point: -23°C Specific heat: 2.263 Heat of vaporization: 316.5 Vapor pressure: 6.26 at 25°C Surface tension: 19.3 Kinematic viscosity: 0.61

OCTAMINE™ Drop

Solid amine antioxidant that offers excellent protection with minimal discoloration, to be used with sulfur-cure systems in EPDM, nitrile, and neoprene rubbers.

OCTAMINE™ Drop is an octylated diphenylamine primary antioxidant, offering excellent protection against degradation as a result of flexing and exposure to heat and oxygen. Designed to be used with sulfur-cure systems, OCTAMINE™ Drop is non-blooming both before and after cure, and causes minimal discoloration. Appearance: Light brown pastille Specific Gravity: 0.99 Melting Point: 82-98 °C Soluble: Acetone, gasoline, toluene Insoluble: Water Neglible effect on cure rate Improves protection from bin sorch in neoprene Non-blooming before and after cure Excellent protection from degradation as a result of oxygen, heat, and flexing Very slight discoloring Very slight staining Food contact approvals Tire carcass, molded heels and soles, proofing, sponges, automotive rubber, wire jackets, insulation and floor tile

PhosGard CT

Phosphonate flame retardant for textiles

PhosGard CT is a highly active phosphonate flame retardant with greater than 93% active component and 20% phosphorus. PhosGard CT is especially suited for treatment of textiles. The high phosphorus content makes it suitable for different fabric types especially polyesters. It can also be used in rigid and flexible foam. Appearance: Colorless to Amber liquid Active Component: 93% Phosphorus content: 19% Specific Gravity: 1.20 to 1.30 PH Value: 2.0 to 3.0 Acid Value (mg KOH/g): 20 High active component High Phosphorus content Non Halogen Textiles Fabrics Rigid Foam Flexible Foam

PhosGard RDP

Aryl phosphate ester flame retardant with 11% phosphorus content

PhosGard RDP is a halogen free flame retardant with low volatility and high stability. It is recommended for use in engineered resins, ABS, PC and HIPS. Appearance: Transparent to Pale yellow liquid Phosphorus content: 10.8% Phenol content: ≤ 550 ppm Color: ≤ 80 Acid Value (mg KOH/g): ≤ 0.10 Moisture: ≤ 0.05% Specific gravity: 1.31 to 1.33 Viscosity (25oC mPa·s): 500 to 800 Low volatility High heat stability Liquid Urethane foam

PhosGard® 600

Phosphorus/Nitrogen Intumescent flame retardant.

PhosGard 600 is a non halogenated flame retardant with low solubility for use in engineered resins & thermosets. It is a blend of Phosphorus (21%) and Nitrogen (24%). The nitrogen content helps in char formation and thereby is an effective intumescent. Appearance: White Powder Phosphorus: 19 to 21% Nitrogen: 23 to 24% Moisture: 0.50% max Specific Gravity: 1.4 to 1.6 High purity Low water solubility Good thermal stability Thermosets Coatings Adhesives

PhosGard® 700

Phosphorus/Nitrogen Intumescent flame retardant.

PhosGard 700 is a non halogenated flame retardant for use in polyolefins, TPU and Thermosets. It is a blend of Phosphorus (17%) and Nitrogen (21%). The nitrogen content helps in char formation and thereby is an effective intumescent. Appearance: White powder Phosphorus: 17 to 21% Nitrogen: 21 to 22% Moisture: ≤0.50% Particle size, D50: ≤10 microns Specific gravity: 1.2 High Purity Good thermal stability Non halogenated Thermosets Adhesives Coatings

PhosGard® 7600

Triaryl Isopropylated Phosphate with 7.6% phosphorus content.

PhosGard 7600 functions as a flame retardant and plasticizer for PVC, polyurethanes, synthetic rubber, engineered resins and polycarbonate. PhosGard products are non-halogenated and are available in a liquid form. Appearance: Clear liquid Phosphorus content: 7.6% Color (APHA): ≤50 Viscosity @ 25°C: 95 to 114 cps Acidity (mg KOH/g): ≤0.10 Moisture: ≤0.10% Specific gravity: 1.14 Low viscosity Halogen Free Compatible with a wide variety of resins Coatings Adhesives Sealants Elastomers

PhosGard® 8100

Triaryl Isopropylated Phosphate with 8.1% phosphorus content.

PhosGard 8100 functions as a flame retardant and plasticizer for PVC, polyurethanes, synthetic rubber, engineered resins and polycarbonate. PhosGard products are non-halogenated and are available in a liquid form. Appearance: Clear liquid Phosphorus content: 8.1% Color (APHA): ≤30 Viscosity @ 25°C: 34 to 76 cps Acidity (mg KOH/g): ≤0.10 Moisture: ≤0.10% Specific gravity: 1.16 to 1.18 Low viscosity Halogen Free Compatible with a wide variety of resins Coatings Adhesives Sealants Elastomers

PhosGard® 8300

Triaryl Isopropylated Phosphate with 8.3% phosphorus content.

PhosGard 8300 functions as a flame retardant and plasticizer for PVC, polyurethanes, synthetic rubber, engineered resins and polycarbonate. PhosGard products are non-halogenated and are available in a liquid form. Appearance: Clear liquid Phosphorus content: 8.3% Color (APHA): ≤50 Viscosity @ 25°C: 53 to 64 cps Acidity (mg KOH/g): ≤0.10 Moisture: ≤0.10% Specific gravity: 1.16 to 1.18 Low viscosity Halogen Free Compatible with a wide variety of resins Coatings Adhesives Sealants Elastomers

PhosGard® APP

Ammonium Polyphosphate

PhosGard APP is a fine particle crystal phase II modified Ammonium Polyphosphate with phosphorus content of 31% and Nitrogen content of 15%. PhosGard APP is a low cost flame retardant used to achieve intumescence because the nitrogen present aids in char formation. PhosGard APP is also effective in water based coatings, polyurethanes, thermosets and polyolefins. Appearance: Fine white powder Phosphorus content: 31 to 32% Nitrogen content: 14 to 15% Moisture: ≤0.25% Solubility in water, @ 25°C (g/100 ml): ≤0.5% Decomposition temperature: ≥275°C PH value: 5.5 to 7 Particle size, D50: ≤10 microns Low cost Fine particle size Compatible with a wide variety of resins Helps in Char formation Intumescent Flame Retardants Water based coatings Polyurethanes Thermosets

PhosGard® APP-WS

100% water-soluble Ammonium Polyphosphate.

PhosGard APP-WS is a 100% water soluble version of PhosGard APP used in aqueous systems. APP-WS has phosphorus content of 45% and Nitrogen content of 24%. PhosGard APP-WS is a low cost flame retardant used to achieve intumescence because the nitrogen present aids in char formation. PhosGard APP is especially effective in textile applications. Appearance: Fine white powder P₂O₅ content: ≥ 45% Nitrogen content: ≥ 24% PH value: 6.5 to 8.5 Solubility: Freely soluble in water Low cost Fine particle size Compatible with a wide variety of resins Helps in Char formation Intumescent Flame Retardants Water based coatings Polyurethanes Thermosets

PhosGard® NH4

Butylated phosphate ester flame retardant with 8.1% phosphorus content.

PhosGard® NH4 is a halogen free phosphate flame retardant/plasticizer with low scorch, volatility and fogging suitable for use in flexible urethane foam, PVC and engineered resins. Halogen free phosphate flame retardant/plasticizer Phosphorus content: 8.1% Color (APHA): ≤100 Acid value (mg KOH/g): ≤0.10 Moisture: ≤0.10% Specific gravity: 1.18 to 1.19 Viscosity (25°C, mPa•s): 65 to 75 Low scorch, volatility and fogging, excellent hydrolytic stability. Flexible polyurethane foams, PVC and Engineered resins.

PhosGard® TCP

Tricresyl Phosphate with phosphorus content of 8.4%

PhosGard TCP is a low viscosity phosphorus flame retardant /plasticizer used in PVC, PE and polyurethane coatings and foam. It is recommended for use in synthetic rubber, butylated rubber and chloroprene rubber. Appearance: Clear transparent liquid Phosphorus (theoretical): 8.4% Phenol content: ≤500 ppm Moisture: ≤0.10% Color (APHA): ≤0.10 Viscosity (25°C, mPa.s): 56 to 62 Specific gravity: 1.16 to 1.18 Low viscosity Excellent hydrolytic stability Electric insulation Mildew and abrasion resistance Polyurethane Coatings Polyurethane foam Rubber formulations

POLYBOND™ 1001N

Provides improved adhesion of polypropylene to metals and other polar surfaces.

POLYBOND™ 1001N is a polypropylene coupling agent with very high acrylic acid content, which enhances dispersion of fillers and pigments in polypropylene based masterbatches and color concentrates. Helps prevent bloom of polar ingredients. Appearance: Off-white pellet Melt Flow Rate (@ 230 °C): 42 g / 10 minute Acrylic Acid Content: 5.5-6.5% Density (@ 23°C): 0.91 g/cm³ Bulk Density: 0.5 g/cm³ Melting Point: 161°C Improves adhesion of polypropylene to metals and other polar surfaces Improves pigment and filler dispersion in polypropylene masterbatches and color concentrates Some food contact approvals Dispersing aid for fillers and pigments in polypropylene masterbatches and color concentrates Improves adhesion of polypropylene to metals and polar surfaces

POLYBOND™ 1002

Polypropylene based coupling agent with a low melt flow rate and ultra high acrylic acid content.

POLYBOND™ 1002 can be applied as a coupling agent for glass or mica filled polypropylene and provide good adhesion to aluminum, stainless steel, tin-plated steel, and a variety of other substances. Appearance: Off-white pellet Melt Flow Rate (@ 230°C): 20 g / 10 minutes Acrylic Acid Content: 5.5-6.5% Density (@ 23°C): 0.91 g/cm³ Bulk Density: 0.5 g/cm³ Melting Point: 161°C Some food contact approvals

POLYBOND™ 3009

Maleic anhydride modified PE coupling agent for glass and mineral filled systems.

POLYBOND™ 3009 is a coupling agent for filled PE systems that provides improved physical properties including strength and impact resistance. It provides good adhesion in film and sheet applications. Appearance: Off-white pellet Melt Flow Rate (@ 190°C): 5.0g/10 minutes Maleic Anhydride Content: 0.8-1.2% Density (@ 23°C): 0.95 g/cm³ Bulk Density: 0.6 g/cm³ Melting Point: 127 °C Low gel count makes this grade ideal for use as a coupling agent and adhesion promoter in sheet and film applications. Improves strength and other physical properties when used as a coupling agent in glass or mineral-filled Polyethylene applications Enhances hydrolytic stability and impact strength when used as a compatibilizer in polythethylene-polyamide blends Some food contact approvals Improves adhesion in sheet and film applications; improves hydrolytic stability in PE/nylon blends; improves impact strength in mineral-filled PE applications; improves strength in glass-filled PE applications

POLYBOND™ 3029

Maleic anhydride modified HDPE coupling agent ideal for use in wood fiber composites where improved strength and reduced water uptake is essential.

POLYBOND™ 3029 provides improved tensile, flexural, and impact strength, as well as lower water absorption compared to general purpose coupling agents. It is ideal in wood and natural fiber-filled polyethylene compsites. Appearance: Off-white pellets Melt Flow Rate (@190 °C): 4.0 g/10 minutes Maleic Anhydride Content: 1.5-1.7% Density (@ 23°C): 0.95 g/cm³ Bulk Density: 0.60 g/cm³ Melting Point: 130 °C High functionality reduces water uptake and improves strength in PE wood composites Enhances hydrolytic stability in polyethylene - polyamide blends Improves strength and impact properties in composites with high-loading rates of glass or mineral fillers Improves dispersion and of halogen-free flame retardants in wire and cable compounds Some food-contact approvals Ideal for use as a coupling agent in PE wood composites; dispersion aid in wire and cable compounds utilizing halogen-free flame retardants; improves strength in PE composites with high mineral or glass filler loading rates

POLYBOND™ 3200

Workhorse coupling agent for filled polypropylene and polyamide / polypropylene blends. Can be used with glass, mineral, or cellulose fiber reinforcing materials.

POLYBOND™ 3200 is a high efficiency coupling agent for filled polypropylene systems that improves physical properties such as strength and impact resistance. It provides good adhesion in film and sheet applications and compatibalization of polamide / polypropylene blends. Appearance: Off-white pellets Melt Flow Rate @ 190 °C: 115 g/10 minutes Maleic Anhydride Content: 0.8-1.2% Density @ 23 °C: 0.91 g/cm³ Bulk Density @ 23 °C: 0.6 g/cm³ Melting Point: 157 °C Food contact approvals Great for glass filled, mineral filled, or cellulose fiber filled polypropylene Reduces water uptake Increases flexural and impact strength Compatibilizes polar and non-polar materials Enhances hydrolytic stability in polypropylene / polyamide blends Acts as a coupling agent, process aid, and dispersion aid in halogen free flame retardant compounds for wire and cable Tie layer component between multilayer polar and non-polar materials; wire and cable compounds using halogen-free flame retardants; glass, mineral, or cellulose fiber filled polypropylene; polypropylene / polyamide blends

POLYBOND™ 3349

Coupling agent and compatibilizer for linear low density polyethylene and polyamide blends; excellent for use in composites with high levels of glass or mineral fillers.

POLYBOND™ 3349 is a coupling agent for glass-filled polyethylene composites with high mineral filler levels. It gives enhanced hydrolytic stability and strength when used to compatibalized polyethylene/polyamide blends. It also functions as a process aid for halogen-free flame retardant wire and cable compounds by providing improved dispersion and mechanical properties. Appearance: Off-white pellet Melt Flow Rate (@190 °C): 8.0g / 10 minute Maleic Anhydride Content: 1.0-1.4% Density (@ 23°C): 0.93 g/cm³ Bulk Density: 0.6 g/cm³ Melting Point: 123 °C Improves dispersion of halogen-free flame retardants in wire and cable compounds High maleic anhydride content gives sufficient functionality for use with high mineral filler loading levels Halogen free flame retardant compounds for wire and cable; linear low density polyethylene (LLDPE) / polyamide blends; LLDPE composites with high mineral or glass filler loading

ROYALTUF™ 485

Maleic anhydride modified EPDM, improves impact resistance of polyamides when used in the temperature range of -30 °C to 23 °C.

ROYALTUF™ 485 is a maleic anhydride grafted EPDM impact modifier for polyamides. Imparts "super tough" properties when used at a 20% load rate. As a result of having a semi-crystalline backbone, ROYALTUF™ 485 improves impact resistance when used at temperatures as low as -30 °C. Appearance: Off-white rubber pellet EPDM Backbone: Semi-crystalline elastomer Mooney Viscosity @ 125 °C: 30 Maleic Anhydride Content: 0.4-0.6% Density @ 23 °C: 0.87 g/cm³ Bulk Density @ 23 °C: 0.6 g/cm³ Glass Transition Temperature: -37 °C Can be used at temperatures as low as -30 °C Food contact approvals Gives "super tough" properties when loaded at 20%

ROYALTUF™ 498

ROYALTUF™ 498 a maleic anhydride grafted EPDM used for increasing low-temperature impact resistance of polyamides. It is ideal for recycled polyamide compounds.

ROYALTUF™ 498 is a maleic anhydride grafted EPDM impact modifier for polyamides. Imparts "super tough" properties to nylon when used at a 20% load rate. As a result of having an amorphous backbone, ROYALTUF™ 498 improves impact resistance when used at temperatures as low as -46 °C. Appearance: Off-white rubbery pellet EPDM Backbone: Amorphous elastomer Mooney Viscosity @ 125 °C: 30 Maleic Anhydride Content: 0.8-1.2% Density @ 23 °C: 0.87 g/cm³ Bulk Density @ 23 °C: 0.6 g/cm³ Glass Transition Temperature: -46 °C Food contact approvals Excellent impact resistance in nylon at temperatures as low as -40°C

ROYALTUF™ 527

ROYALTUF™ 527 is a maleic anhydride grafted EPDM impact modifier that is especially useful for improving low-temperature performance polyamides. It is effective in improving physical properties of recycled nylon compounds.

ROYALTUF™ 527 is a maleic anhydride grafted EPDM impact modifier for polyamides. As a result of having an amorphous backbone, ROYALTUF™ 527 improves impact resistance when used at temperatures as low as -47 °C. It imparts "super tough" properties to nylon when used at a 20% load rate. Appearance: Off-white rubbery pellet EPDM Backbone: Amorphous elastomer Mooney Viscosity @ 125 °C: 30 Maleic Anhydride Content: 0.8-1.2% Density @ 23 °C: 0.87 g/cm³ Bulk Density @ 23 °C: 0.6 g/cm³ Glass Transition Temperature: -47 °C Food contact approvals Excellent impact resistance in nylon at temperatures as low as -40°C

SmokeShield® ZB4

Flame Retardant/Smoke Suppressant

SmokeShield ZB4 is primarily used as a smoke suppressant in the presence of a halogen especially in PVC. It can also be used as a synergist instead of ATO in thermoplastic and thermoset applications. Appearance: Fine white powder ZnO content: 36.4 to 38.4% B₂O₃ content: 47.1 to 49.1% Moisture: ≤0.35% Particle size, D50: 4 to 7 microns Compatible with a wide variety of resins Can replace antimony in thermoplastics PVC resin systems Thermosets

SUNPROOF™ EXTRA

Antiozonant similar to SUNPROOF® SUPER with a lower melting point that prevents static ozone cracking under a wide range of weather conditions.

SUNPROOF™ EXTRA is a blend of hydrocarbon waxes that provides immediate and long term static ozone cracking protection for a wide range of weather conditions. SUNPROOF™ EXTRA synergizes with FLEXZONE™ to provide superior static protection with minimal impact to dynamic protection. Appearance: White pastille Specific Gravity @ 25 °C: 0.92 Melting Point: 64-69 °C Soluble: Benzene, n-hexane, gasoline Slightly Soluble: Ethylene dichloride Insoluble: Acetone, water Non-staining Non-discoloring Food contact approval Synergizes with FLEXZONE® to provide superior static protection Retreads, farm tires, and general mechanical goods made from natural rubber, SBR and polyisoprene

SUNPROOF™ IMPROVED

Antiozonant similar to SUNPROOF™ EXTRA with a lower melting point that prevents static ozone cracking under a wide range of weather conditions.

SUNPROOF™ EXTRA is a blend of hydrocarbon waxes that provides immediate and long term static ozone cracking protection for a wide range of weather conditions. SUNPROOF™ EXTRA synergizes with FLEXZONE™ to provide superior static protection with minimal impact to dynamic protection. Appearance: White pastille Specific Gravity @ 25 °C: 0.92 Melting Point: 61-66 °C Soluble: Benzene, n-hexane, gasoline Slightly Soluble: Ethylene dichloride Insoluble: Acetone, water Non-staining Non-discoloring Static antiozone cracking protection Food contact approvals Tire compounds, especially in white and black sidewall stocks; natural rubber, SBR, and butadiene rubber blends

SUNPROOF™ JR-FT

Antiozonant similar to SUNPROOF™ IMPROVED with a lower melting point that prevents static ozone cracking under a wide range of weather conditions.

SUNPROOF™ JR-FT is a blend of hydrocarbon waxes similar to SUNPROOF™ IMPROVED with a lower melting point that provides immediate and long term static ozone cracking protection for a wide range of weather conditions. SUNPROOF™ JR-FT synergizes with FLEXZONE™ to provide superior static protection with minimal impact to dynamic protection. Appearance: White pastille Specific Gravity @ 25 °C: 0.91 Melting Point: 56-61 °C Soluble: Benzene, n-hexane, gasoline Slightly Soluble: Ethylene dichloride Insoluble: Acetone, water Non-staining Non-discoloring Food contact approval Synergizes with FLEXZONE® to provide superior static protection Retreads, farm tires, and general mechanical goods made from natural rubber, SBR and polyisoprene

SUNPROOF™ SUPER

Antiozonant that prevents static ozone cracking under a wide range of weather conditions.

SUNPROOF™ SUPER is a blend of hydrocarbon waxes that provides immediate and long term static ozone cracking protection for a wide range of weather conditions. SUNPROOF™ SUPER synergizes with FLEXZONE™ to provide superior static protection with minimal impact to dynamic protection. Appearance: Pale yellow pastille Specific gravity @ 25 °C: 0.92 Melting Range: 75-80 °C Soluble: Benzene, n-hexane, gasoline Slightly Soluble: Ethylene dichloride Insoluble: Acetone, water Non-staining Non-discoloring Food contact approval Synergizes with FLEXZONE™ to provide superior static protection Retreads, farm tires, and general mechanical goods made from natural rubber, SBR and polyisoprene

T-1 GE

Sodium Stearate is a sodium salt of distilled hydrogenated fatty acids.

Vulcanized promotor, generally used in polymers however specifically seen in room deodorants. Moisture: 3.0% Free fatty acid: 0.2-1.5% Fineness, % thru 100 mesh: 85 Softening point: 205 °C (typical) Soluble in water, methanol, and ethanol High softening point Excellent resistance to hear discoloration Sodium Stearate T-1 is applicable for high impact polystyrene and polypropylene in meeting processing requirements. Can also be used as a dispersant and wetting agent in paper and paperboard processing. In latex paints, it can be sued as a dispersant and emulsifier.

TraSys® 3218

TraSys® 3218 is an ideal mold release for paper rolls, plastic film rolls and guides & epoxy plastic-wood laminating operations. It is a dry release that does not interfere with post-finishing operations.

Appearance: translucent liquid Odor: alcohol-like Boiling Point: 82 Volatile: 91-96% Density: 0.800g/cm3

TraSys® 420

Semi-permanent mold release for PE & cross link polyethylene. Work horse release for rotational molding.

A great mold release coating that will satisfy production, environmental, and safety requirements when removing mold. Great for rotational mold internals Has great control on the release process when needed

TraSys® 500

Hi-Heat (open flame) mold release for rotational molding applications reaching above 600F.

A great mold release coating that will satisfy production, environmental, and safety requirements when removing mold. Great for rotational mold internals Releases at a controlled rate

TraSys® 715

Light release designed for a consistent, controlled release in rotational molding. Formulated for large or thin plastic parts.

A great mold release coating that will satisfy production, environmental, and safety requirements when removing mold. TraSys® 715 is ideal for rotational mold internals and other molding applications where a consistent, controlled release is desired

TraSys® 809

A PTFE mold release coating designed for hot mold applications using a water-based dispersion.

A mold release coating for rubbers, plastics, and epoxy and plastic laminates. Does not interfere with post-finishing operations. Appearance: white liquid pH: 7 Freezing Point: 0°C Boiling Point: 100°C Great for compression and transfer molding of most rubber compounds It will not interfere with post-finishing operations Can also function in high temperatures

TraSys® 817

A very clean, nonoily, fluorochemical mold release coating for hot mold applications.

A mold release coating for rubbers, plastics, and epoxy and plastic laminates. Does not interfere with post-finishing operations. Appearance: white liquid pH: 7 Freezing Point: 0°C Boiling Point: 100°C Ideal for touch-up for molds coating with TraSys® 158,158W, and 155 Already pre-diluted for an easy use

TraSys® 818

A very clean, nonoily, fluorochemical mold release coating for hot mold applications.

A mold release coating for rubbers, plastics, and epoxy and plastic laminates. Does not interfere with post-finishing operations. Appearance: white liquid pH: 7 Freezing Point: 0°C Boiling Point: 100°C Great for easy application due to dilution already implemented. Great for rubbers, molded fluoropolymer, and plastic laminates

TraSys® 825

For elastomer compounds - offers a durable film on the mold surface which delivers multiple releases

A mold release coating for rubbers, plastics, and epoxy and plastic laminates. Does not interfere with post-finishing operations. Appearance: white liquid pH: 7 Freezing point: 0°C Boiling point: 100°C Volatile: 94-98% Great for elastomer compounds with a desired controlled release Will produce a very durable film on the mold service Good for hot, clean, and dry surfaces

TraSys® 9825

Ideal for compression, transfer and injection molding of rubber compounds (great for polished surfaces)

A mold release coating for rubbers, plastics, and epoxy and plastic laminates. Does not interfere with post-finishing operations. Appearance: bulk white liquid Density: 1.04 (H2O=1) VOCs: 1-20% Great for compression, transfer, and injection molding of rubber compounds Very clean and will not interfere with post-finishing operations

TraSys® RotoFlow™

This easy-to-use aerosol formula is designed to aid the flow of polyolefin and nylon resins into difficult to fill areas of rotational molds, producing fully-molded parts.

TraSys® RotoFlow™ is a high-efficiency mold coating for rotomolded polyolefin and nylon resins. By enhancing the flow of resin, TraSys® 4000 RotoFlow™ fills voids around inserts, tight radii, threads, and deep cavities in molds, thus improving the operational performance of the resulting part and removing pinholes, bridging, thinning and static lines from the surface for an improved appearance. Designed with user and environmental safety in mind, TraSys® RotoFlow™ does not contain Class I or II ozone depleting substances, CFC or HCFC propellants, or chlorinated solvents. Improves quality and consistency of rotomolded polyolefin, nylon and cross-link parts Increases strength of inserts Removes pinholes, voids and blow outs Reduces bridging, thinning, blowholes, and static lines Improves appearance and operational performance of threads Formulated for user and environmental safety

TraSys® ZIP SLIP®

ZIP-SLIP® is an excellent preventative maintenance product that seals the edges of a mold when applied to the parting line of a rotational mold.

ZIP-SLIP® eliminates unwanted build-up of resin on the parting line that can cause gaps, leaks, messes, increase equipment maintenance and clean-up time. ZIP-SLIP® improves efficiencies by maintaining a tighter seal on the parting line, it helps eliminate pinholes, voids, and blowholes. Colorless Non-staining Eliminate unwanted build-up of resin on the mold's parting line Maintain a tighter mold seal, reducing leaks and messes Improves part appearance and reduces defects caused by gaps in the parting line Saves time on equipment maintenance and clean up Stoner® M520 ZIP SLIP® is a preventative maintenance product for Rotational Molding to eliminate build-up on the outer sealing edge of molds. <iframe width="560" height="315" src="https://www.youtube.com/embed/pmVsCkMe6G8" frameborder="0" allow="accelerometer; autoplay; encrypted-media; gyroscope; picture-in-picture" allowfullscreen></iframe>

Twinkling Star ATO

Synergist used in conjunction with brominated or Chlorinated compounds to reduce flammability.

Twinkling Star is a brand of Antimony Trioxide (ATO) that is a white, solid powder used as a fire retardant in conjunction with a halogen to reduce a product's flammability. It functions as a synergist thereby reducing the amount of halogen-based product required to achieve desired levels of flammability. Antimony Trioxide (ATO) does not melt or vaporize during normal use and will not form vapors unless heated to extremely high temperatures. Color: White crystalline powder Assay: 99.5% min (High Tint) Arsenic (As): 0.06% max Iron (Fe): 0.004% max Lead (Pb): 0.08% max Tin (Sn): 0.008% max Mesh: 0.10% max Particle Size: 1.2 to 1.8 microns (cubic crystals) Low cost Low impurities Fine particle size Synergist to provide flame retardancy Catalyst for PET manufacture Frictional additive in automotive brake linings Clarifier for glass Opacifier for enamels Coating for titanium dioxide

ULTRANOX™ 626

High performance solid phosphite antioxidant that improves color stability and reduces polymer degradation during compounding, fabrication, and end use in a variety of resins.

ULTRANOX™ 626 is a solid organophosphite antioxidant that improves gas fading performance and color stability during compounding, fabrication, and end use. It delivers high performance at low loading rates, making this a cost effective addition to polymer formulas. ULTRANOX™ 626 synergizes with benzophenone and benzotriazole light stabilizers. ULTRANOX™ 626 is so effective, it can replace another phosphite antioxidant in your formula and deliver equivalent performance at a significantly lower dosing rate. We've provided a handy calculator below to help you determine the dose of ULTRANOX™ 626 needed to replace your current phosphite antioxidant.<div id="dosing-rate-calc" class=""> <h3>Dosing Rate Calculator</h3> <div class="calc-item"><span>Current Phosphite</span> <div id="js-phosphite-calc" class="wrapper-dropdown" tabindex="1"><span id="js-phosphite-value">Select your Option</span><ul class="dropdown"><li><a href="#" data-percent=".048">ALK240/168</a></li><li><a href="#" data-percent=".044">TNPP</a></li><li><a href="#" data-percent=".073">Doverphos 9228</a></li><li><a href="#" data-percent=".098">Adekastab PEP-36</a></li><li><a href="#" data-percent=".059">Hostanox PEP-Q</a></li></ul></div> <div class="calc-row"><div class="calc-item"><span>Current Dosage</span><div class="input-wrapper"><input type="type" data-formula="dosage" placeholder="Enter Dosage"><div class="input--unit-wrapper"> <div class="input--unit"><input class="radio-btn" type="radio" id="ppm" name="dosage-unit" value="ppm" checked><label for="ppm">ppm</label></div> <div class="input--unit"><input class="radio-btn" class="radio-btn" type="radio" id="wt" name="dosage-unit" value="wt%" ><label for="wt">wt%</label></div></div></div></div><div class="calc-item result"><span class="trade-mark">ULTRANOX</span> <span>626 &nbsp; Dosage</span><div id="ultra-dosage">0</div></div><div class="calc-item"><span>Current Phosphite Annual Vol</span><div class="input-wrapper"><input type="type" data-formula="annual" placeholder="Enter Annual Vol"><div class="input--unit-wrapper"><div class="input--unit"><input class="radio-btn" type="radio" id="kg" name="vol-unit" value="kg" checked><label for="kg">kg</label></div><div class="input--unit"><input class="radio-btn" type="radio" id="lbs" name="vol-unit" value="lbs"><label for="ppm">lbs</label></div></div></div></div><div class="calc-item result"><span class="trade-mark">ULTRANOX</span> <span>626 &nbsp; Annual Vol</span><div id="ultra-annual">0</div></div></div><button class="reset-calc" onclick="resetCalc()">Reset</button></div> <style> #grade-details-page #dosing-rate-calc { width: 720px; } #js-phosphite-calc.error { color: red; outline: 1px solid red; margin-left: 1px; } #grade-details-page #dosing-rate-calc #js-phosphite-value.error { color: red; } #grade-details-page #dosing-rate-calc .wrapper-dropdown { position: relative; width: 250px; padding: 6px 10px; background: #fff; border: 1px solid rgba(0,0,0,0.15); box-shadow: 0 1px 1px rgba(50,50,50,0.1); cursor: pointer; /* outline: none; */ } #grade-details-page #dosing-rate-calc .wrapper-dropdown span { display: block; } #grade-details-page #dosing-rate-calc .wrapper-dropdown:after { content: ""; width: 0; height: 0; position: absolute; right: 15px; top: 50%; margin-top: -3px; border-width: 6px 6px 0 6px; border-style: solid; border-color: #8aa8bd transparent; } #grade-details-page #dosing-rate-calc .wrapper-dropdown .dropdown { display: none; position: absolute; top: 45px; left: 0; right: 0; padding: 0; background: white; border-radius: inherit; border: 1px solid rgba(0,0,0,0.17); box-shadow: 0 0 5px rgba(0,0,0,0.1); font-weight: normal; -webkit-transition: all 0.5s ease-in; -moz-transition: all 0.5s ease-in; -ms-transition: all 0.5s ease-in; -o-transition: all 0.5s ease-in; transition: all 0.25s ease-in; list-style: none; /* Hiding */ opacity: 0; pointer-events: none; z-index: 50; } #grade-details-page #dosing-rate-calc .wrapper-dropdown .dropdown:after { content: ""; width: 0; height: 0; position: absolute; bottom: 100%; right: 15px; border-width: 0 6px 6px 6px; border-style: solid; border-color: #fff transparent; } #grade-details-page #dosing-rate-calc .wrapper-dropdown .dropdown:before { content: ""; width: 0; height: 0; position: absolute; bottom: 100%; right: 13px; border-width: 0 8px 8px 8px; border-style: solid; border-color: rgba(0,0,0,0.1) transparent; } #grade-details-page #dosing-rate-calc .wrapper-dropdown .dropdown li a { display: block; padding: 10px; text-decoration: none; color: #8aa8bd; border-bottom: 1px solid #e6e8ea; box-shadow: inset 0 1px 0 rgba(255,255,255,1); -webkit-transition: all 0.3s ease-out; -moz-transition: all 0.3s ease-out; -ms-transition: all 0.3s ease-out; -o-transition: all 0.3s ease-out; transition: all 0.3s ease-out; } #grade-details-page #dosing-rate-calc .wrapper-dropdown .dropdown li i { float: right; color: inherit; } #grade-details-page #dosing-rate-calc .wrapper-dropdown .dropdown li:first-of-type a { border-radius: 7px 7px 0 0; } #grade-details-page #dosing-rate-calc .wrapper-dropdown .dropdown li:last-of-type a { border: none; border-radius: 0 0 7px 7px; } /* Hover state */ #grade-details-page #dosing-rate-calc .wrapper-dropdown .dropdown li:hover a { background: #f3f8f8; } /* Active state */ #grade-details-page #dosing-rate-calc .wrapper-dropdown.active .dropdown { display: block; opacity: 1; pointer-events: auto; } #grade-details-page #dosing-rate-calc .no-opacity .wrapper-dropdown .dropdown, #grade-details-page #dosing-rate-calc .no-pointerevents .wrapper-dropdown .dropdown { display: none; opacity: 1; /* If opacity support but no pointer-events support */ pointer-events: auto; /* If pointer-events support but no pointer-events support */ } #grade-details-page #dosing-rate-calc .no-opacity .wrapper-dropdown.active .dropdown, #grade-details-page #dosing-rate-calc .no-pointerevents .wrapper-dropdown.active .dropdown { display: block; } #grade-details-page #dosing-rate-calc h3 { font-family: 'pluto_sans_bold',Arial,sans-serif; font-size: 18px; line-height: 28px; letter-spacing: 1px; text-transform: uppercase; } #grade-details-page #dosing-rate-calc .calc-row { display: -webkit-box; display: -ms-flexbox; display: flex; -webkit-box-orient: horizontal; -webkit-box-direction: normal; -ms-flex-flow: row wrap; flex-flow: row wrap; -webkit-box-align: start; -ms-flex-align: start; align-items: flex-start; } #grade-details-page #dosing-rate-calc .calc-item { margin-bottom: 35px; } #grade-details-page #dosing-rate-calc #ultra-dosage, #grade-details-page #dosing-rate-calc #ultra-annual { width: 320px; } #grade-details-page #dosing-rate-calc .input-wrapper { position: relative; display: -webkit-box; display: -ms-flexbox; display: flex; -webkit-box-align: center; -ms-flex-align: center; align-items: center; width: 365px; } #grade-details-page #dosing-rate-calc #wt, #grade-details-page #dosing-rate-calc #pmp, #grade-details-page #dosing-rate-calc #kg, #grade-details-page #dosing-rate-calc #lb { background-color: transparent; border: unset; } #grade-details-page #dosing-rate-calc select, #grade-details-page #dosing-rate-calc input[type="type"] { width: 250px; padding: 0; padding-left: 10px; font-size: 21px; line-height: 40px; color: #54575A; } #grade-details-page #dosing-rate-calc select { display: block; height: 44px; border: 1px solid #EAECEE; } #grade-details-page #dosing-rate-calc input[type="type"] { margin-right: 2px; border: 1px solid #EAECEE; } #grade-details-page #dosing-rate-calc input[type="type"].error::placeholder { font-size: 16px; color:#e03e3e; text-transform: uppercase; } #grade-details-page #dosing-rate-calc .radio-btn { -webkit-appearance: radio; margin-left: 10px; padding-left: 5px; color: #54575A; } #grade-details-page #dosing-rate-calc .radio-btn + label { margin: 0; color: #54575A; } #grade-details-page #dosing-rate-calc .radio-btn:checked + label { padding-left: 2px; font-weight: 600; color: #0099d8; } #grade-details-page #dosing-rate-calc .input--unit-wrapper { display: -webkit-box; display: -ms-flexbox; display: flex; -webkit-box-orient: horizontal; -webkit-box-direction: normal; -ms-flex-flow: row; flex-flow: row; } #grade-details-page #dosing-rate-calc .input--unit { display: -webkit-box; display: -ms-flexbox; display: flex; -webkit-box-orient: horizontal; -webkit-box-direction: normal; -ms-flex-flow: row; flex-flow: row; align-items: center; } #grade-details-page #dosing-rate-calc #ultra-dosage, #grade-details-page #dosing-rate-calc #ultra-annual { width: 250px; padding: 0 10px; font-size: 21px; color: #54575A; line-height: 44px; background-color: #EAECEE; border-radius: 6px; } #grade-details-page #dosing-rate-calc .calc-item span { font-size: 14px; font-weight: 600; line-height: 32px; color: #415055; text-transform: uppercase; } #grade-details-page #dosing-rate-calc .result { width: 250x; margin-left: 45px; } #grade-details-page #dosing-rate-calc .trade-mark { position: relative; margin-right: 23px; } #grade-details-page #dosing-rate-calc .trade-mark::after { position: absolute; top: -13px; right: -17px; content: "TM"; font-size: 9px; } #grade-details-page #dosing-rate-calc .reset-calc { margin-top: 5px; padding: 0 51px; font-size: 14px; line-height: 43px; color: white; text-transform: uppercase; background-color: #0099D8; border: unset; } #grade-details-page #dosing-rate-calc #over-ride-selectjs { width: 250px; } #grade-details-page #dosing-rate-calc #clac-overSelectBoxItText { position: relative; } #grade-details-page #dosing-rate-calc #clac-overSelectBoxItText.error { position: absolute; bottom: -4px; left: 0; color: #e03e3e; } #grade-details-page #dosing-rate-calc #clac-overSelectBoxIt:focus { margin-left: 1px; outline: 1px solid red; } @media (max-width: 719px) { #dosing-rate-calc { width: 500px; } .result { margin-left: 0; } .input-wrapper { display: -webkit-box; display: -ms-flexbox; display: flex; -webkit-box-orient: vertical; -webkit-box-direction: normal; -ms-flex-flow: column; flex-flow: column; -webkit-box-align: start; -ms-flex-align: start; align-items: flex-start; } .input--unit-wrapper { margin-top: 5px; } } @media (max-width: 1054px) { #grade-details-page #dosing-rate-calc .calc-row { flex-flow: column; } #grade-details-page #dosing-rate-calc .result { margin-left: 0; } #grade-details-page #dosing-rate-calc .input-wrapper { align-items: flex-start; } } </style> <script> document.addEventListener("DOMContentLoaded", function(){ let currentPhosphite = 0; const ultraPhosphite = 0.103; let dosageWT = false; let dosagePPM = true; let annualVolKG = true; let annualVolLBS = false; let dosage = ""; let annualVol = ""; let unit = ""; let roundedDosage = 0; let finalCount = 1; const calc = document.getElementById("dosing-rate-calc"); const dosageOutput = document.getElementById("ultra-dosage"); const annualOutput = document.getElementById("ultra-annual"); // gather values const radioBtns = [...calc.getElementsByClassName("radio-btn")]; const inputTypes = [...calc.querySelectorAll('[type="type"]')]; let phosGather = document.getElementById("js-phosphite-value"); // data-formula getPhosVal = () => { phosGatherVal = phosGather.innerHTML; // console.log(phosGather); switch (phosGatherVal) { case 'ALK240/168': currentPhosphite = 0.048; break; case 'TNPP': currentPhosphite = 0.044; break; case 'Doverphos 9228': currentPhosphite = 0.073; break; case 'Adekastab PEP-36': currentPhosphite = 0.098; break; case 'Hostanox PEP-Q': currentPhosphite = 0.0590; break; } // console.log("updated phos " + currentPhosphite); return currentPhosphite; } // ULTRANOX 626 Dosage = (Current Phos % / U626 Phos %) x (Current Phos dose) // https://www.rapidtables.com/convert/number/Percent_to_PPM.html#how ultraDosage = (e) => { let currentDosageUnit = dosagePPM ? " ppm" : "%"; if (dosage === "") { // console.log("in Ultra enter doage"); } else { currentPhosphite = getPhosVal(); // console.log("in Ultra line65 phosPhite Value " + currentPhosphite); if (currentPhosphite === 0) { // console.log("zero"); phosGather.innerHTML = "Select your Current Phosphite"; // phosGather.style.fontSize ="10px"; phosGather.classList.add("error"); document.getElementById("js-phosphite-calc").classList.add("error"); phosGather.focus(); resetCalc(); return; } // phosGather.style.fontSize ="unset"; phosGather.classList.remove("error"); document.getElementById("js-phosphite-calc").classList.remove("error"); // console.log(`in Ultra ${currentPhosphite} / ${ultraPhosphite} x ${dosage}`); finalCount = ((currentPhosphite / ultraPhosphite) * dosage); // console.log("in Ultra final count " + finalCount); roundedDosage = Math.round(finalCount * 100) / 100; console.log("in Ultra currentUnit " + currentDosageUnit); dosageOutput.innerHTML = roundedDosage + currentDosageUnit; } } //https://www.rapidtables.com/convert/weight/kg-to-pound.html ultraAnnual = (e) => { let currentAnnualUnit = annualVolKG ? " kg" : " lbs"; if (annualVol === "") { console.log("enter annual vol"); } else { currentPhosphite = getPhosVal(); if (currentPhosphite === 0) { console.log("zero"); phosGather.innerHTML = "Select your Current Phosphite"; phosGather.style.fontSize ="10px"; phosGather.classList.add("error"); phosGather.focus(); resetCalc(); return; } phosGather.style.fontSize ="unset"; phosGather.classList.remove("error"); finalCount = ((currentPhosphite / ultraPhosphite) * annualVol); roundedDosage = Math.round(finalCount * 100) / 100; annualOutput.innerHTML = roundedDosage + currentAnnualUnit; } } convert = (val, unit) => { let value = 0; if (unit === "%") { value = val / 10000; dosage = value; } else if (unit === "ppm") { value = 10000 * val; dosage = value; } else if (unit === "kg") { value = val * 0.45359237; //lbs to kg annualVol = value; } else if (unit === "lbs") { value = val / 0.45359237; //kg to lbs annualVol = value; } else { value= "error"; } // value = Math.round(value * 100) / 100; return value; } getInputValues = () => { inputTypes.forEach(function(el) { el.addEventListener('change', function(e) { let currentDosageUnit = dosagePPM ? " ppm" : "%"; let currentAnnualUnit = annualVolKG ? " kg" : " lbs"; if (el.dataset.formula === "dosage") { dosage = event.target.value; if(isNaN(dosage)) { el.value = "Numbers only"; el.style.color = "red"; return; } else { el.style.color = "#54575A"; el.value = dosage + currentDosageUnit; } if ( dosageWT && dosage > 100 ) { el.value = ""; el.placeholder = "enter dosage max 100%"; el.classList.add("error"); el.style.fontSize = "16px"; dosageOutput.innerHTML = "0"; return; } else { el.placeholder = "Enter Dosage"; // el.style.color = "#54575A"; el.classList.remove("error"); el.style.fontSize = "21px"; } ultraDosage(); } else if (el.dataset.formula === "annual") { annualVol = event.target.value; if(isNaN(annualVol)) { el.value = "Numbers only"; el.style.color = "red"; return; } else { el.style.color = "#54575A"; el.value = annualVol + currentAnnualUnit; } console.log("in getInputValue currentUnit " + currentDosageUnit); ultraAnnual(); } }); }); } changeUnit =(type, unit) => { inputTypes.forEach(function(el) { let currentDosageUnit = dosagePPM ? " ppm" : "%"; let currentAnnualUnit = annualVolKG ? " kg" : " lbs"; if (el.dataset.formula === "dosage" && type === "dosage") { if (el.value === "") { el.value = ""; el.placeholder = "Enter Dosage in " + unit; } else { console.log("inChange dosage before " + dosage); console.log("inChange unit sending to convert " + unit); console.log("inChangedosage before " + dosage); dosage = convert(dosage, unit); console.log("inChangedosage converted " + dosage); // el.value = dosage + currentDosageUnit; el.value = (Math.round(dosage * 100) / 100) + currentDosageUnit; console.log("inChange el value " + el.value + "sending to ultra"); ultraDosage(); } } else if (el.dataset.formula === "annual" && type === "annual") { if (el.value === "") { el.value = ""; el.placeholder = "Enter Vol in " + currentAnnualUnit; } else { // inputVal = el.value; annualVol = convert(annualVol, unit); el.value = (Math.round(annualVol * 100000) / 100000) + currentAnnualUnit; // el.value = annualVol + currentAnnualUnit; ultraAnnual(); } } }); } updateRadioCheck = (oldUnit, newUnit) => { radioBtns.forEach(function(el) { }); } getRadioBtnValues = () => { radioBtns.forEach(function(el) { el.addEventListener('change', function() { let currentDosageUnit = dosagePPM ? " ppm" : "%"; if (el.checked) { let radio = el.getAttribute("value"); switch(radio) { case 'wt%': // debugger; dosageWT = true; dosagePPM = false; console.log("in getRadioBtn currentUnit " + currentDosageUnit); changeUnit("dosage", "%"); break; case 'ppm': dosagePPM = true; dosageWT = false; changeUnit("dosage", "ppm"); break; case 'kg': annualVolKG = true; annualVolLBS = false; changeUnit("annual", "kg"); break; case 'lbs': annualVolLBS = true; annualVolKG = false; changeUnit("annual", "lbs"); break; } } }) }); } function DropDown(el) { this.dd = el; this.placeholder = this.dd.children('span'); this.opts = this.dd.find('ul.dropdown > li'); this.val = ''; this.index = -1; this.initEvents(); } DropDown.prototype = { initEvents : function() { var obj = this; obj.dd.on('click', function(event){ $(this).toggleClass('active'); return false; }); obj.opts.on('click',function(){ var opt = $(this); obj.val = opt.text(); obj.index = opt.index(); obj.placeholder.text(obj.val); }); }, getValue : function() { return this.val; }, getIndex : function() { return this.index; } } $(function() { var dd = new DropDown( $('#js-phosphite-calc') ); $(document).click(function() { // all dropdowns $('#js-phosphite-value').addClass('active'); // resetValues(); }); }); document.getElementById("js-phosphite-value").addEventListener('click', function() { resetValues(); }) resetValues = () => { inputTypes.forEach(function(el) { el.value = ""; }); dosageOutput.innerHTML = "0"; annualOutput.innerHTML = "0"; // getRadioBtnValues(); dosageWT = false; dosagePPM = true; annualVolKG = true; annualVolLBS = false; currentPhosphite = 0; radioBtns.forEach(function(el) { if (el.id === "ppm" || el.id === "kg") { el.checked = true; } else { el.checked = false; } }); console.log("in reset Values - cleared values"); } resetCalc = () => { resetValues(); document.getElementById("js-phosphite-value").innerHTML = "Select your option"; } resetCalc(); getRadioBtnValues(); getInputValues(); });// end of DocumentLoad </script> Appearance: White powder Melting Point: 170-180 °C Acid Number: 1.0 mg KOH/g Free 2,4-di-t-butylphenol Content: 1.0% max Phosphorus Content: 10.0-10.3% Triisopropanolamine Content: 0.5-1.0% Molecular Weight: 604 g/mol Flash Point (Closed Cup): 168 °C Bulk Density @ 20 °C: 0.43 g/ml Food contact approvals Excellent color stability during compounding, fabrication and end use Improved gas fading performance Synergizes with benzophenone and benzotriazole light stabilizers High performance at low load rates Polyolefins, styrenics, engineering thermoplastics

ULTRANOX™ 626A

High performance solid phosphite antioxidant that improves color stability and reduces polymer degradation during compounding, fabrication, and end use in a variety of resins. Similar to ULTRANOX® 626 but in a granular form.

ULTRANOX™ 626A is a solid organophosphite antioxidant that improves gas fading performance and color stability during compounding, fabrication, and end use. It delivers high performance at low loading rates, making this a cost effective addition to polymer formulas. ULTRANOX™ 626A synergizes with benzophenone and benzotriazole light stabilizers. ULTRANOX™ 626A is so effective, it can replace another phosphite antioxidant in your formula and deliver equivalent performance at a significantly lower dosing rate. We've provided a handy calculator below to help you determine the dose of ULTRANOX™ 626A needed to replace your current phosphite antioxidant.<div id="dosing-rate-calc" class=""> <h3>Dosing Rate Calculator</h3> <div class="calc-item"><span>Current Phosphite</span> <div id="js-phosphite-calc" class="wrapper-dropdown" tabindex="1"><span id="js-phosphite-value">Select your Option</span><ul class="dropdown"><li><a href="#" data-percent=".048">ALK240/168</a></li><li><a href="#" data-percent=".044">TNPP</a></li><li><a href="#" data-percent=".073">Doverphos 9228</a></li><li><a href="#" data-percent=".098">Adekastab PEP-36</a></li><li><a href="#" data-percent=".059">Hostanox PEP-Q</a></li></ul></div> <div class="calc-row"><div class="calc-item"><span>Current Dosage</span><div class="input-wrapper"><input type="type" data-formula="dosage" placeholder="Enter Dosage"><div class="input--unit-wrapper"> <div class="input--unit"><input class="radio-btn" type="radio" id="ppm" name="dosage-unit" value="ppm" checked><label for="ppm">ppm</label></div> <div class="input--unit"><input class="radio-btn" class="radio-btn" type="radio" id="wt" name="dosage-unit" value="wt%" ><label for="wt">wt%</label></div></div></div></div><div class="calc-item result"><span class="trade-mark">ULTRANOX</span> <span>626 &nbsp; Dosage</span><div id="ultra-dosage">0</div></div><div class="calc-item"><span>Current Phosphite Annual Vol</span><div class="input-wrapper"><input type="type" data-formula="annual" placeholder="Enter Annual Vol"><div class="input--unit-wrapper"><div class="input--unit"><input class="radio-btn" type="radio" id="kg" name="vol-unit" value="kg" checked><label for="kg">kg</label></div><div class="input--unit"><input class="radio-btn" type="radio" id="lbs" name="vol-unit" value="lbs"><label for="ppm">lbs</label></div></div></div></div><div class="calc-item result"><span class="trade-mark">ULTRANOX</span> <span>626 &nbsp; Annual Vol</span><div id="ultra-annual">0</div></div></div><button class="reset-calc" onclick="resetCalc()">Reset</button></div> <style> #grade-details-page #dosing-rate-calc { width: 720px; } #js-phosphite-calc.error { color: red; outline: 1px solid red; margin-left: 1px; } #grade-details-page #dosing-rate-calc #js-phosphite-value.error { color: red; } #grade-details-page #dosing-rate-calc .wrapper-dropdown { position: relative; width: 250px; padding: 6px 10px; background: #fff; border: 1px solid rgba(0,0,0,0.15); box-shadow: 0 1px 1px rgba(50,50,50,0.1); cursor: pointer; /* outline: none; */ } #grade-details-page #dosing-rate-calc .wrapper-dropdown span { display: block; } #grade-details-page #dosing-rate-calc .wrapper-dropdown:after { content: ""; width: 0; height: 0; position: absolute; right: 15px; top: 50%; margin-top: -3px; border-width: 6px 6px 0 6px; border-style: solid; border-color: #8aa8bd transparent; } #grade-details-page #dosing-rate-calc .wrapper-dropdown .dropdown { display: none; position: absolute; top: 45px; left: 0; right: 0; padding: 0; background: white; border-radius: inherit; border: 1px solid rgba(0,0,0,0.17); box-shadow: 0 0 5px rgba(0,0,0,0.1); font-weight: normal; -webkit-transition: all 0.5s ease-in; -moz-transition: all 0.5s ease-in; -ms-transition: all 0.5s ease-in; -o-transition: all 0.5s ease-in; transition: all 0.25s ease-in; list-style: none; /* Hiding */ opacity: 0; pointer-events: none; z-index: 50; } #grade-details-page #dosing-rate-calc .wrapper-dropdown .dropdown:after { content: ""; width: 0; height: 0; position: absolute; bottom: 100%; right: 15px; border-width: 0 6px 6px 6px; border-style: solid; border-color: #fff transparent; } #grade-details-page #dosing-rate-calc .wrapper-dropdown .dropdown:before { content: ""; width: 0; height: 0; position: absolute; bottom: 100%; right: 13px; border-width: 0 8px 8px 8px; border-style: solid; border-color: rgba(0,0,0,0.1) transparent; } #grade-details-page #dosing-rate-calc .wrapper-dropdown .dropdown li a { display: block; padding: 10px; text-decoration: none; color: #8aa8bd; border-bottom: 1px solid #e6e8ea; box-shadow: inset 0 1px 0 rgba(255,255,255,1); -webkit-transition: all 0.3s ease-out; -moz-transition: all 0.3s ease-out; -ms-transition: all 0.3s ease-out; -o-transition: all 0.3s ease-out; transition: all 0.3s ease-out; } #grade-details-page #dosing-rate-calc .wrapper-dropdown .dropdown li i { float: right; color: inherit; } #grade-details-page #dosing-rate-calc .wrapper-dropdown .dropdown li:first-of-type a { border-radius: 7px 7px 0 0; } #grade-details-page #dosing-rate-calc .wrapper-dropdown .dropdown li:last-of-type a { border: none; border-radius: 0 0 7px 7px; } /* Hover state */ #grade-details-page #dosing-rate-calc .wrapper-dropdown .dropdown li:hover a { background: #f3f8f8; } /* Active state */ #grade-details-page #dosing-rate-calc .wrapper-dropdown.active .dropdown { display: block; opacity: 1; pointer-events: auto; } #grade-details-page #dosing-rate-calc .no-opacity .wrapper-dropdown .dropdown, #grade-details-page #dosing-rate-calc .no-pointerevents .wrapper-dropdown .dropdown { display: none; opacity: 1; /* If opacity support but no pointer-events support */ pointer-events: auto; /* If pointer-events support but no pointer-events support */ } #grade-details-page #dosing-rate-calc .no-opacity .wrapper-dropdown.active .dropdown, #grade-details-page #dosing-rate-calc .no-pointerevents .wrapper-dropdown.active .dropdown { display: block; } #grade-details-page #dosing-rate-calc h3 { font-family: 'pluto_sans_bold',Arial,sans-serif; font-size: 18px; line-height: 28px; letter-spacing: 1px; text-transform: uppercase; } #grade-details-page #dosing-rate-calc .calc-row { display: -webkit-box; display: -ms-flexbox; display: flex; -webkit-box-orient: horizontal; -webkit-box-direction: normal; -ms-flex-flow: row wrap; flex-flow: row wrap; -webkit-box-align: start; -ms-flex-align: start; align-items: flex-start; } #grade-details-page #dosing-rate-calc .calc-item { margin-bottom: 35px; } #grade-details-page #dosing-rate-calc #ultra-dosage, #grade-details-page #dosing-rate-calc #ultra-annual { width: 320px; } #grade-details-page #dosing-rate-calc .input-wrapper { position: relative; display: -webkit-box; display: -ms-flexbox; display: flex; -webkit-box-align: center; -ms-flex-align: center; align-items: center; width: 365px; } #grade-details-page #dosing-rate-calc #wt, #grade-details-page #dosing-rate-calc #pmp, #grade-details-page #dosing-rate-calc #kg, #grade-details-page #dosing-rate-calc #lb { background-color: transparent; border: unset; } #grade-details-page #dosing-rate-calc select, #grade-details-page #dosing-rate-calc input[type="type"] { width: 250px; padding: 0; padding-left: 10px; font-size: 21px; line-height: 40px; color: #54575A; } #grade-details-page #dosing-rate-calc select { display: block; height: 44px; border: 1px solid #EAECEE; } #grade-details-page #dosing-rate-calc input[type="type"] { margin-right: 2px; border: 1px solid #EAECEE; } #grade-details-page #dosing-rate-calc input[type="type"].error::placeholder { font-size: 16px; color:#e03e3e; text-transform: uppercase; } #grade-details-page #dosing-rate-calc .radio-btn { -webkit-appearance: radio; margin-left: 10px; padding-left: 5px; color: #54575A; } #grade-details-page #dosing-rate-calc .radio-btn + label { margin: 0; color: #54575A; } #grade-details-page #dosing-rate-calc .radio-btn:checked + label { padding-left: 2px; font-weight: 600; color: #0099d8; } #grade-details-page #dosing-rate-calc .input--unit-wrapper { display: -webkit-box; display: -ms-flexbox; display: flex; -webkit-box-orient: horizontal; -webkit-box-direction: normal; -ms-flex-flow: row; flex-flow: row; } #grade-details-page #dosing-rate-calc .input--unit { display: -webkit-box; display: -ms-flexbox; display: flex; -webkit-box-orient: horizontal; -webkit-box-direction: normal; -ms-flex-flow: row; flex-flow: row; align-items: center; } #grade-details-page #dosing-rate-calc #ultra-dosage, #grade-details-page #dosing-rate-calc #ultra-annual { width: 250px; padding: 0 10px; font-size: 21px; color: #54575A; line-height: 44px; background-color: #EAECEE; border-radius: 6px; } #grade-details-page #dosing-rate-calc .calc-item span { font-size: 14px; font-weight: 600; line-height: 32px; color: #415055; text-transform: uppercase; } #grade-details-page #dosing-rate-calc .result { width: 250x; margin-left: 45px; } #grade-details-page #dosing-rate-calc .trade-mark { position: relative; margin-right: 23px; } #grade-details-page #dosing-rate-calc .trade-mark::after { position: absolute; top: -13px; right: -17px; content: "TM"; font-size: 9px; } #grade-details-page #dosing-rate-calc .reset-calc { margin-top: 5px; padding: 0 51px; font-size: 14px; line-height: 43px; color: white; text-transform: uppercase; background-color: #0099D8; border: unset; } #grade-details-page #dosing-rate-calc #over-ride-selectjs { width: 250px; } #grade-details-page #dosing-rate-calc #clac-overSelectBoxItText { position: relative; } #grade-details-page #dosing-rate-calc #clac-overSelectBoxItText.error { position: absolute; bottom: -4px; left: 0; color: #e03e3e; } #grade-details-page #dosing-rate-calc #clac-overSelectBoxIt:focus { margin-left: 1px; outline: 1px solid red; } @media (max-width: 719px) { #dosing-rate-calc { width: 500px; } .result { margin-left: 0; } .input-wrapper { display: -webkit-box; display: -ms-flexbox; display: flex; -webkit-box-orient: vertical; -webkit-box-direction: normal; -ms-flex-flow: column; flex-flow: column; -webkit-box-align: start; -ms-flex-align: start; align-items: flex-start; } .input--unit-wrapper { margin-top: 5px; } } @media (max-width: 1054px) { #grade-details-page #dosing-rate-calc .calc-row { flex-flow: column; } #grade-details-page #dosing-rate-calc .result { margin-left: 0; } #grade-details-page #dosing-rate-calc .input-wrapper { align-items: flex-start; } } </style> <script> document.addEventListener("DOMContentLoaded", function(){ let currentPhosphite = 0; const ultraPhosphite = 0.103; let dosageWT = false; let dosagePPM = true; let annualVolKG = true; let annualVolLBS = false; let dosage = ""; let annualVol = ""; let unit = ""; let roundedDosage = 0; let finalCount = 1; const calc = document.getElementById("dosing-rate-calc"); const dosageOutput = document.getElementById("ultra-dosage"); const annualOutput = document.getElementById("ultra-annual"); // gather values const radioBtns = [...calc.getElementsByClassName("radio-btn")]; const inputTypes = [...calc.querySelectorAll('[type="type"]')]; let phosGather = document.getElementById("js-phosphite-value"); // data-formula getPhosVal = () => { phosGatherVal = phosGather.innerHTML; // console.log(phosGather); switch (phosGatherVal) { case 'ALK240/168': currentPhosphite = 0.048; break; case 'TNPP': currentPhosphite = 0.044; break; case 'Doverphos 9228': currentPhosphite = 0.073; break; case 'Adekastab PEP-36': currentPhosphite = 0.098; break; case 'Hostanox PEP-Q': currentPhosphite = 0.0590; break; } // console.log("updated phos " + currentPhosphite); return currentPhosphite; } // ULTRANOX 626 Dosage = (Current Phos % / U626 Phos %) x (Current Phos dose) // https://www.rapidtables.com/convert/number/Percent_to_PPM.html#how ultraDosage = (e) => { let currentDosageUnit = dosagePPM ? " ppm" : "%"; if (dosage === "") { // console.log("in Ultra enter doage"); } else { currentPhosphite = getPhosVal(); // console.log("in Ultra line65 phosPhite Value " + currentPhosphite); if (currentPhosphite === 0) { // console.log("zero"); phosGather.innerHTML = "Select your Current Phosphite"; // phosGather.style.fontSize ="10px"; phosGather.classList.add("error"); document.getElementById("js-phosphite-calc").classList.add("error"); phosGather.focus(); resetCalc(); return; } // phosGather.style.fontSize ="unset"; phosGather.classList.remove("error"); document.getElementById("js-phosphite-calc").classList.remove("error"); // console.log(`in Ultra ${currentPhosphite} / ${ultraPhosphite} x ${dosage}`); finalCount = ((currentPhosphite / ultraPhosphite) * dosage); // console.log("in Ultra final count " + finalCount); roundedDosage = Math.round(finalCount * 100) / 100; console.log("in Ultra currentUnit " + currentDosageUnit); dosageOutput.innerHTML = roundedDosage + currentDosageUnit; } } //https://www.rapidtables.com/convert/weight/kg-to-pound.html ultraAnnual = (e) => { let currentAnnualUnit = annualVolKG ? " kg" : " lbs"; if (annualVol === "") { console.log("enter annual vol"); } else { currentPhosphite = getPhosVal(); if (currentPhosphite === 0) { console.log("zero"); phosGather.innerHTML = "Select your Current Phosphite"; phosGather.style.fontSize ="10px"; phosGather.classList.add("error"); phosGather.focus(); resetCalc(); return; } phosGather.style.fontSize ="unset"; phosGather.classList.remove("error"); finalCount = ((currentPhosphite / ultraPhosphite) * annualVol); roundedDosage = Math.round(finalCount * 100) / 100; annualOutput.innerHTML = roundedDosage + currentAnnualUnit; } } convert = (val, unit) => { let value = 0; if (unit === "%") { value = val / 10000; dosage = value; } else if (unit === "ppm") { value = 10000 * val; dosage = value; } else if (unit === "kg") { value = val * 0.45359237; //lbs to kg annualVol = value; } else if (unit === "lbs") { value = val / 0.45359237; //kg to lbs annualVol = value; } else { value= "error"; } // value = Math.round(value * 100) / 100; return value; } getInputValues = () => { inputTypes.forEach(function(el) { el.addEventListener('change', function(e) { let currentDosageUnit = dosagePPM ? " ppm" : "%"; let currentAnnualUnit = annualVolKG ? " kg" : " lbs"; if (el.dataset.formula === "dosage") { dosage = event.target.value; if(isNaN(dosage)) { el.value = "Numbers only"; el.style.color = "red"; return; } else { el.style.color = "#54575A"; el.value = dosage + currentDosageUnit; } if ( dosageWT && dosage > 100 ) { el.value = ""; el.placeholder = "enter dosage max 100%"; el.classList.add("error"); el.style.fontSize = "16px"; dosageOutput.innerHTML = "0"; return; } else { el.placeholder = "Enter Dosage"; // el.style.color = "#54575A"; el.classList.remove("error"); el.style.fontSize = "21px"; } ultraDosage(); } else if (el.dataset.formula === "annual") { annualVol = event.target.value; if(isNaN(annualVol)) { el.value = "Numbers only"; el.style.color = "red"; return; } else { el.style.color = "#54575A"; el.value = annualVol + currentAnnualUnit; } console.log("in getInputValue currentUnit " + currentDosageUnit); ultraAnnual(); } }); }); } changeUnit =(type, unit) => { inputTypes.forEach(function(el) { let currentDosageUnit = dosagePPM ? " ppm" : "%"; let currentAnnualUnit = annualVolKG ? " kg" : " lbs"; if (el.dataset.formula === "dosage" && type === "dosage") { if (el.value === "") { el.value = ""; el.placeholder = "Enter Dosage in " + unit; } else { console.log("inChange dosage before " + dosage); console.log("inChange unit sending to convert " + unit); console.log("inChangedosage before " + dosage); dosage = convert(dosage, unit); console.log("inChangedosage converted " + dosage); // el.value = dosage + currentDosageUnit; el.value = (Math.round(dosage * 100) / 100) + currentDosageUnit; console.log("inChange el value " + el.value + "sending to ultra"); ultraDosage(); } } else if (el.dataset.formula === "annual" && type === "annual") { if (el.value === "") { el.value = ""; el.placeholder = "Enter Vol in " + currentAnnualUnit; } else { // inputVal = el.value; annualVol = convert(annualVol, unit); el.value = (Math.round(annualVol * 100000) / 100000) + currentAnnualUnit; // el.value = annualVol + currentAnnualUnit; ultraAnnual(); } } }); } updateRadioCheck = (oldUnit, newUnit) => { radioBtns.forEach(function(el) { }); } getRadioBtnValues = () => { radioBtns.forEach(function(el) { el.addEventListener('change', function() { let currentDosageUnit = dosagePPM ? " ppm" : "%"; if (el.checked) { let radio = el.getAttribute("value"); switch(radio) { case 'wt%': // debugger; dosageWT = true; dosagePPM = false; console.log("in getRadioBtn currentUnit " + currentDosageUnit); changeUnit("dosage", "%"); break; case 'ppm': dosagePPM = true; dosageWT = false; changeUnit("dosage", "ppm"); break; case 'kg': annualVolKG = true; annualVolLBS = false; changeUnit("annual", "kg"); break; case 'lbs': annualVolLBS = true; annualVolKG = false; changeUnit("annual", "lbs"); break; } } }) }); } function DropDown(el) { this.dd = el; this.placeholder = this.dd.children('span'); this.opts = this.dd.find('ul.dropdown > li'); this.val = ''; this.index = -1; this.initEvents(); } DropDown.prototype = { initEvents : function() { var obj = this; obj.dd.on('click', function(event){ $(this).toggleClass('active'); return false; }); obj.opts.on('click',function(){ var opt = $(this); obj.val = opt.text(); obj.index = opt.index(); obj.placeholder.text(obj.val); }); }, getValue : function() { return this.val; }, getIndex : function() { return this.index; } } $(function() { var dd = new DropDown( $('#js-phosphite-calc') ); $(document).click(function() { // all dropdowns $('#js-phosphite-value').addClass('active'); // resetValues(); }); }); document.getElementById("js-phosphite-value").addEventListener('click', function() { resetValues(); }) resetValues = () => { inputTypes.forEach(function(el) { el.value = ""; }); dosageOutput.innerHTML = "0"; annualOutput.innerHTML = "0"; // getRadioBtnValues(); dosageWT = false; dosagePPM = true; annualVolKG = true; annualVolLBS = false; currentPhosphite = 0; radioBtns.forEach(function(el) { if (el.id === "ppm" || el.id === "kg") { el.checked = true; } else { el.checked = false; } }); console.log("in reset Values - cleared values"); } resetCalc = () => { resetValues(); document.getElementById("js-phosphite-value").innerHTML = "Select your option"; } resetCalc(); getRadioBtnValues(); getInputValues(); });// end of DocumentLoad </script> Appearance: White granule Melting Point: 170-180 °C Acid Number: 1.0 mg KOH/g Free 2,4-di-t-butylphenol Content: 1.0% max Phosphorus Content: 10.0-10.3% Triisopropanolamine Content: 0.5-1.0% Molecular Weight: 604 g/mol Flash Point (Closed Cup): 168 °C Bulk Density @ 20 °C: 0.56 g/ml Food contact approvals Excellent color stability during compounding, fabrication and end use Improved gas fading performance Synergizes with benzophenone and benzotriazole light stabilizers High performance at low load rates Non-dusting Polyolefins, styrenics, engineering thermoplastics

ULTRANOX™ 627AV

characteristics.

High performance solid phosphite antioxidant that improves color stability and reduces polymer degradation during compounding, fabrication, and end use in a variety of resins. Similar to ULTRANOX™ 626 but in a free-flowing form with an inorganic neutralizer for improved handling...

ULTRANOX™ 627A is a solid organophosphite antioxidant that improves gas fading performance and color stability during compounding, fabrication, and end use. It delivers high performance at low loading rates, making this a cost effective addition to polymer formulas. ULTRANOX™ 627A synergizes with benzophenone and benzotriazole light stabilizers. Appearance: White granule Melting Point: 160-175 °C Acid Number: 1.0 mg KOH/g Free 2,4-di-t-butylphenol Content: 1.5% Phosphorus Content: 9.1% DHT-4A Content: 6.0-8.0% Molecular Weight: 604 g/mol Flash Point (Closed Cup): > 100 °C Bulk Density @ 20 °C: 0.51 g/ml Particle Size Distribution: 95% greater than 60 mesh Food contact approvals Excellent color stability during compounding, fabrication and end use Improved gas fading performance Synergizes with benzophenone and benzotriazole light stabilizers High performance at low load rates Non-dusting Polyolefins, engineering thermoplastics, styrenics

W, Powder

General use grade, metal powder lubricant. Most cost effective grade.

The zinc salt distilled from hydrogenated fatty acids. Usually found in paints, lacquers and industrial coatings. Appearance: White powder Melting Point: 120 °C Boiling Point: 160 °C Insoluble in H2O A good lubricant to use in polyethylene and other polymers. Also used as dust-on anti blocks for sticky rubbers or plastics. In adhesives Can be in contact with aqueous and fatty foods when a component of paper Use as lubricant Good for rubber articles

WESTON™ DPP

Diaryl phosphite ester antioxidant with a high phosphorus content and relatively low molecular weight. Improves color and light stability in polymers that do not require food contact.

WESTON™ DPP is a phosphite ester antioxidant that improves color and light stability in polyolefins and other polymers that do not require food contact approvals. It has a high phosphorus content, relatively low molecular weight and can be used to prevent plate-out in PVC. Appearance: Clear liquid Specific Gravity @ 25 °C: 1.200-1.220 Acid Number: 15.0 mg KOH/g Refractive Index @ 25 °C: 1.5550-1.5575 Phosphorus Content: 11.6-12.0% Color (APHA, Pt/Co): 50 max Molecular Weight: 234 g/mol Flash Point (Closed Cup): 143 °C Viscosity @ 38 °C: 10.5 cps Density @ 25 °C: 1.21 g/mL Vapor Pressure @ 5 mm Hg: 140 °C Soluble: Most common aprotic organic solvents Insoluble: Water, with hydrolyze in the presence of water Prevents plate-out in PVC Unsaturated polyesters

WESTON™ 398

Versatile phosphite stabilizer that improves color, processing stability, and end-use of a variety of polymers.

WESTON™ 398 is a phosphite antioxidant that improves color and processing stability during recovery, drying, compounding, processing and end use. It has low nonylphenol content and synergizes when used along side hindered phenolic antioxidants. Appearance: Clear liquid Specific Gravity @ 25 °C: 0.980-0.992 Color (Pt - Co): 75 max Flash Point (Closed Cup): 196 °C Density @ 25 °C: 0.98 g/mL Vapor Pressure @ 6 mm Hg: 245 °C Molecular Weight: 688 g/mol Viscosity @ 60 °C: 250 cps Acid Number: 0.25 mg KOH/g Refractive Index @ 25 °C: 1.5250-1.5280 Free Nonylphenol Content: ≤0.1 Phosphorus Content: 4.1-4.5% Chlorine Content: < 25 ppm Free Phenol Content: < 50 ppm Specific Heat: 0.4 mcal/mg°C Thermal Conductivity: 0.0003 gcal/sec(cm²)(°C/cm) Auto-ignition Temperature: 439 °C Low color Low nonylphenol content Synergizes when used along side phenolic antioxidants High density polyethylene, linear low density polyethylene

WESTON™ 399

Versatile phosphite stabilizer that improves color, processing stability, and end-use of a variety of polymers; similar to WESTON™ 398 but with food contact approvals.

WESTON™ 399 is a phosphite antioxidant that improves color and processing stability during recovery, drying, compounding, processing and end use. It has low nonylphenol content, is approved for food contact, and synergizes when used along side hindered phenolic antioxidants. Appearance: Clear liquid Specific Gravity @ 25 °C: 0.980-0.992 Color (Pt - Co): 75 max Flash Point (Closed Cup): 196 °C Density @ 25 °C: 0.98 g/mL Vapor Pressure @ 6 mm Hg: 245 °C Molecular Weight: 688 g/mol Viscosity @ 60 °C: 250 cps Acid Number: 0.25 mg KOH/g max Refractive Index @ 25 °C: 1.5250-1.5280 Free Nonylphenol Content: 4.0% max Phosphorus Content: 4.1-4.5% Chlorine Content: <25 ppm Free Phenol Content: <50 ppm Specific Heat: 0.4 mcal/mg°C Thermal Conductivity: 0.0003 gcal/sec(cm²)(°C/cm) Auto-ignition Temperature: 439 °C Low color Low nonylphenol content Food contact approvals Synergizes when used along side phenolic antioxidants High density polyethylene, linear low density polyethylene

WESTON™ 439

Phosphite ester antioxidant designed to improve color, clarity, and light stability of PVC and vinyl chloride copolymers.

WESTON™ 439 is a phosphite ester antioxidant that improves the color, light stability and optical transparency of PVC and vinyl chloride copolymers. It improves performance of the polymer when used along side primary metal stabilizers and epoxy stabilizers. Appearance: Clear liquid Color (Pt - Co): 50 max Acid Number: 0.20 mg KOH/g max Refractive Index @ 25 °C: 1.5040-1.5095 Phosphorus Content: 5.4% Specific Gravity @ 25 °C: 0.965-0.990 Vapor Pressure @ 6 mm Hg: 175 °C Flash Point (Closed Cup): 177 °C Soluble: Most common aprotic organic solvents Insoluble: Water Approved for food contact when used in PVC Improves optical transparency Synergizes with primary metal stabilizers and epoxy stabilizers Vinyl chloride copolymers

WESTON™ DPDP

Alkyl-aryl phosphite ester antioxidant that provides color and processing stability in polymers that do not require food contact approvals.

WESTON™ DPDP is an alkyl-aryl phosphite ester antioxidant that provides color and processing stability in polycarbonate, polyurethanes, ABS polymers, and coatings. It also functions as a secondary antioxidant in PVC. Appearance: Clear liquid Specific Gravity @ 25 °C: 1.022-1.032 Acid Number: 0.05 mg KOH/g Refractive Index @ 25 °C: 1.5160-1.5190 Phosphorus Content: 8.3 % Color (APHA, Pt/Co): 50 max Molecular Weight: 374 g/mol Flash Point (Closed Cup): 154 °C Viscosity @ 38 °C: 10.3 cps Density @ 25 °C: 1.03 g/mL Vapor Pressure @ 5 mm Hg: 170 °C Soluble: Most common aprotic organic solvents Can function as both a primary and a secondary antioxidant

WESTON™ PDDP

Alkyl-aryl phosphite ester antioxidant that provides color and processing stability in polymers that do not require food contact approvals. Similar to WESTON™ DPDP, but with a higher molecular weight and lower phosphorus content.

WESTON™ PDDP is an alkyl-aryl phosphite ester antioxidant that provides color and processing stability in polycarbonate, polyurethanes, ABS polymers, PET fibers, and coatings. It also functions as a secondary antioxidant in PVC. Appearance: Clear liquid Specific Gravity @ 25 °C: 0.938-0.947 Acid Number: 0.05 mg KOH/g Refractive Index @ 25 °C: 1.4780-1.4810 Phosphorus Content: 7.1% Color (APHA, Pt/Co): 50 max Molecular Weight: 438 g/mol Flash Point (Closed Cup): 182 °C Viscosity @ 38 °C: 12.0 cps Density @ 25 °C: 0.94 g/mL Vapor Pressure @ 5 mm Hg: 190 °C Soluble: Most common aprotic organic solvents Insoluble: Water Functions as a secondary antioxidant for color and heat stability in PVC PET fiber

WESTON™ TDP

Trialkyl phosphite ester antioxidant that functions as a secondary stabilizer in a variety of polymers that do not require food contact.

WESTON™ TDP is a trialkyl phosphite ester antioxidant that acts as a peroxide scavenger, providing color and processing stability in a variety of polymers and other materials such as coatings and lubricants. Appearance: Clear liquid Specific Gravity @ 25 °C: 0.884-0.984 Acid Number: 0.05 mg KOH/g Refractive Index @ 25 °C: 1.4530-1.4610 Phosphorus Content: 6.2% Color (APHA, Pt/Co): 50 max Molecular Weight: 502 g/mol Flash Point (Closed Cup): 160 °C Viscosity @ 38 °C: 11.6 cps Density @ 25 °C: 0.89 g/mL Vapor Pressure @ 5 mm Hg: 180 °C Soluble: Most common aprotic organic solvents Effective in a variety of materials including coatings and lubricants PET fibers

WESTON™ TLP

Trialkyl phosphite ester antioxidant that functions as a sulfur deactivator and improves antifriction and antiwear characteristics in lubricants.

WESTON™ TLP is a trialkyl phosphite ester which can be used as a stabilizer in polymers that do not require food contact. WESTON® TLP also functions as a sulfur deactivator, and reduces friction and wear in lubricants. Appearance: Clear liquid Specific Gravity @ 25 °C: 0.866-0.881 Acid Number: 0.05 mg KOH/g Refractive Index @ 25 °C: 1.4530-1.4580 Phosphorus Content: 5.3% Color (APHA, Pt/Co): 50 max Molecular Weight: 586 g/mol Flash Point (Closed Cup): 165.56 °C Viscosity @ 38 °C: 16.0 cps Density @ 25 °C: 0.88 g/mL Vapor Pressure @ 5 mm Hg: 190 °C Soluble: Most common aprotic organic solvents Insoluble: Water Improves antifriction and antiwear characteristics in lubricants Sulfur deactivator Polyester fibers

WESTON™ TNPP

Versatile phosphite stabilizer that improves color, processing stability, and end-use of a variety of polymers; similar to WESTON® 399, but with a higher flash point.

WESTON™ TNPP is a cost-effective phosphite antioxidant that improves color and processing stability during recovery, drying, compounding, processing and end use. It has low nonylphenol content, is approved for food contact, and synergizes when used along side hindered phenolic antioxidants. Appearance: Clear liquid Specific Gravity @ 25 °C: 0.980-0.992 Color (Pt - Co): 75 max Flash Point (Closed Cup): 207 °C Density @ 25 °C: 0.98 g/mL Vapor Pressure @ 6 mm Hg: 245 °C Molecular Weight: 688 g/mol Viscosity @ 60 °C: 250 cps Acid Number: 0.05 mg KOH/g Refractive Index @ 25 °C: 1.5250-1.5280 Free Nonylphenol Content: 3.0% Phosphorus Content: 4.1-4.5% Chlorine Content: < 25 ppm Free Phenol Content: < 50 ppm Specific Heat: 0.4 mcal/mg°C Thermal Conductivity: 0.0003 gcal/sec(cm²)(°C/cm) Auto-ignition Temperature: 439 °C Low color Low nonylphenol content Synergizes when used along side phenolic antioxidants Food contact approvals High density polyethylene, linear low density polyethylene

Zinc Stearate 42

Zinc Stearate 42 is the zinc salt of distilled hydrogenated fatty acids.

Zinc stearate is a metal salt of a fatty acid. PMC Biogenix offers zinc stearate in both precipitated and fused forms in a wide variety of end use applications. Total ash: 13.00-15.00 Fineness, % thru 325 mesh: 99.80-100.00 Free fatty acids (as stearic): 0.00-2.00 Water: 0.00-1.00% Water soluble salts: 0.00-0.50 Soluble in many oils and waxes such as turpentine, benzene, toluene, xylene, and vegetable oils Low temperature solubility Zinc Stearate 42 is often used as a lubricant alongside urea and melamine-formaldehyde resins in fiber-reinforced polyesters and copy toners.