132

This aluminum salt derived from distilled, hydrogenated fatty acids is designed for protective and decorative coatings. Has the highest free fatty acid content and lowest aluminum metal content.

This product has strong lubrication characteristics, thickening ability, thermal stability, and water-repellent characteristics. Total Ash: 5.50 – 7.50 Fineness % Thru 20 Mesh: 100.00 (Min) Fineness % Thru 200 Mesh: 90.00 – 100.00 Free Fatty Acids (As Stearic): 25.0 – 35.0 Water: 0.00 – 1.00 Water Soluble Salts: 0.00 – 1.00 Yields the lowest viscosity increase. Great for dry lubrication and thickening of ink manufacture. It is commonly used in the production of coatings(protective and decorative) such as paints, enamels, varnishes, and lacquers. additionally, it acts as a dry lubricant in metal processing and as a water repellents.

30

The aluminum salt of distilled, hydrogenated fatty acids.

This product has strong lubrication characteristics, thickening ability, thermal stability, and water-repellent characteristics. Appearance: white powder Melting Point: 160 °C Insoluble in H2O Great for protective and decorative coating preservation. Great for thickening of aromatic solvents in inks.

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™ 29

Phenolic antioxidant that protects against thermo-oxidative degradation during processing, storage and end-use in a wide variety of materials.

ANOX™ 29 is a sterically hindered phenolic antioxidant that is tremendously effective in a wide variety of materials at preventing thermo-oxidative degradation during processing, storage, and end-use. Synergizes with thioesters to offer enhanced thermal aging properties in polypropylene. Appearance: White to off-white, free flowing, crystalline powder Softening Point: 161 -164 °C Flash Point: > 193 °C Molecular Weight: 438.7 g/mol Bulk Density: 0.56 g/cm³ Synergizes with thioester antioxidants to enhance thermal aging properties in polypropylene Elastomers such as EPDM, SBS, and rubber blends with polyolefins, natural and synthetic tackifier resins, crystalline and high impact polystyrene, ABS terpolymer, waxes and oils

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

Armoslip E, Beads

Armoslip E beads are formulated from refined rapeseed oil and offers excellent slip effects and provides good anti-blocking performance

These fatty amides provide a range of plastic additives, wax additives, and lubricants to various plastics applications. Assay 98.5% Min Free Fatty Acid Content 0.2% Max Moisture 0.05% Max Iodine Value 74 Min 79 Max (g I₂/100 g Melting point 80-84°C Rapeseed oil based Low volatility and high temperature stability

Armoslip® CP - Beads

Armoslip® CP is formulated from refined oleamides and provides excellent slip effect and has a moderate performance when used for anti-blocking

These fatty amides provide a range of plastic additives, wax additives, and lubricants to various plastics applications. Iodine Value 84 Moisture .25% Max Amide 98% Min Bead form allows for easy transportation Insoluble in water

BHT

Butylated Hydroxy Toluene is a non-staining, hindered phenolic antioxidant commonly used in a wide variety of applications including plastics, elastomers, petroleum products, and food. Available in several physical forms, including crystalline.

Sasol's Butylated Hydroxy Toluene (BHT) is a food grade, low molecular weight, hindered phenolic antioxidant that reduces degradation initiated by heat, light, and time in organic materials. BHT is the most prevalent and approved antioxidant in the world. Appearance: White crystal Specific Gravity @ 60 °F: 1.01 Flash Point (Closed Cup): 245 °F Bulk Density: 37.5 lb/ft³ Purity: 99% minimum Freezing Point: 156.56 °F Color, Molten (APHA): 50 maximum Ash, Residue on Ignition: 0.002% maximum Arsenic: 3 ppm Heavy Metals as Lead: 10 ppm Molecular Weight: 220.34 g/mol Soluble: Methyl alcohol, isopropyl alcohol, ethyl alcohol, benzene, methyl ethyl ketone, petroleum ether, mineral oil, linseed oil, lard Insoluble: Sodium hydroxide, water Food grade Kosher and Halal certified Polyols, polybutylene, hydrocarbon resins, block copolymer elastomers, industrial fats, fatty acids, transmission fluids, lard, shortening, tallow, animal feeds, vegetable oils

BHT, Free Flow

Butylated Hydroxy Toluene is a non-staining, hindered phenolic antioxidant commonly used in a wide variety of applications including plastics, elastomers, petroleum products, and food. Available in several physical forms, including free-flowing spherical particles.

Sasol's Butylated Hydroxy Toluene (BHT) is a food grade, low molecular weight, hindered phenolic antioxidant that reduces degradation initiated by heat, light, and time in organic materials. BHT is the most prevalent and approved antioxidant in the world. Appearance: White crystal Specific Gravity @ 60 °F: 1.01 Flash Point (Closed Cup): 245 °F Bulk Density: 37.5 lb/ft³ Purity: 99% minimum Freezing Point: 156.56 °F Color, Molten (APHA): 50 maximum Ash, Residue on Ignition: 0.002% maximum Arsenic: 3 ppm Heavy Metals as Lead: 10 ppm Molecular Weight: 220.34 g/mol Soluble: Methyl alcohol, isopropyl alcohol, ethyl alcohol, benzene, methyl ethyl ketone, petroleum ether, mineral oil, linseed oil, lard Insoluble: Sodium hydroxide, water Food grade Kosher and Halal certified Polyols, polybutylene, hydrocarbon resins, block copolymer elastomers, industrial fats, fatty acids, transmission fluids, lard, shortening, tallow, animal feeds, vegetable oils

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® 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® 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

Citroflex® 2

It also imparts improved light-fastness to lacquer formulations. In the personal care area, C-2 is used as a fixative for perfumes and as a plasticizer and film strengthening agent in hair sprays, nail polishes, and as an active in deodorants. Citroflex® 2 does not support fungal growth.

Citroflex® 2 or C-2 is recommended as a plasticizer for cellulosic derivatives as well as natural resins such as dammar and ester gums. Due to its limited oil solubility, grease resistance of polymers formulated with Citroflex® 2 is enhanced....

The lower molecular weight citric acid esters (Citroflex C-2, A-2, C-4, and A-4) have plasticization characteristics similar to those of the lower molecular weight phthalates, adipates, and sebacates in a variety of polymers. When used as an active in deodorant applications, Citroflex® 2 works by inhibiting esterase activity in bacteria. Appearance: Clear liquid Pour point, °C: -45 Viscosity @ 25°C, cps: 35 Specific gravity @ 25/25°C: 1.135 - 1.139 Medical plastics, personal care, HI&I, cellulosics, ink formulations, pesticide inerts, active for deodorants and antiperspirants

Citroflex® 4

support fungal growth.

Citroflex® 4 or C-4 is an excellent plasticizer for both cellulosic derivatives and vinyl resins. It provides improved light stability when used in cellulose acetate. It is also an excellent de-foaming agent in protein solutions. Citroflex® 4 does not...

The lower molecular weight citric acid esters (Citroflex C-2, A-2, C-4, and A-4) have plasticization characteristics similar to those of the lower molecular weight phthalates, adipates, and sebacates in a variety of polymers. Appearance: Clear liquid Pour point, °C: -62 Viscosity @ 25°C, cps: 32 Specific gravity @ 25/25°C: 1.037 - 1.045 Topical bandages, aluminum foil coatings, aerosol hair spray plasticizer, films, coatings, adhesives

Citroflex® A-2

is used as a fixative for perfumes and as a plasticizer and film strengthening agent in hair sprays, and nail polishes, as well as a component of various ink formulations.

Citroflex® A-2 is recommended for use with cellulosic derivatives. It offers low warping characteristics with cellulose acetate. It has been accepted for use as a plasticizer in food wrap films by the US Food & Drug Administration. Citroflex® A-2...

The lower molecular weight citric acid esters (Citroflex C-2, A-2, C-4, and A-4) have plasticization characteristics similar to those of the lower molecular weight phthalates, adipates, and sebacates in a variety of polymers. Appearance: Clear liquid Pour point, °C: -43 Viscosity @ 25°C, cps: 54 Specific gravity @ 25/25°C: 1.135 - 1.139 Low Molecular Weight Approved for food contact Biodegradable Medical plastics, personal care, cellulosics, ink formulations, defoaming agent

Citroflex® A-4

A-4 is effective in solution coating both paperboard and foil. It is an excellent plasticizer for vinyl toys. Citroflex® A-4 is also used as plasticizer for bio-plastics such as a poly lactic acid, cellulose acetate and poly hydroxyalkanoic acid.

Citroflex® A-4, also called Acetyltri-n-butyl Citrate, is widely used in children’s toys and food contact applications. It provides many improvements over di-butyl phthalate in cellulose nitrate films, including lower volatility, better resistance to yellowing, and better adhesion to metals. Citroflex®...

The lower molecular weight citric acid esters (Citroflex C-2, A-2, C-4, and A-4) have plasticization characteristics similar to those of the lower molecular weight phthalates, adipates, and sebacates in a variety of polymers. Appearance: Clear liquid Pour point, °C: -59 Viscosity @ 25°C, cps: 33 Specific gravity @ 25/25°C: 1.045 - 1.055 Low Volatility Better resistance to yellowing Better adhesion to metals Food contact products, children’s toys, animal ear tags, ink formulations, adhesives, pesticide inerts

Citroflex® B-6

blood products. It nearly duplicates the properties of di-(2-ethylhexyl) phthalate.

Citroflex® B-6 is a specially formulated citric acid ester for use in PVC medical articles such as tubing and intravenous bags where the content medium is aqueous-based. Citroflex® B-6 has low extractability into lipid media, making it particularly useful for...

Citroflex® esters are based on natural citric acid raw material, which is mainly derived from the fermentation of corn. The esters have a long history of use in food and beverage flavoring and in medical and pharmaceutical applications. Appearance: Clear liquid Pour point, °C: -55 Viscosity @ 25°C, cps: 28 Specific gravity @ 25/25°C: 0.991 - 0.995 The higher molecular weight citric acid esters, including Citroflex® A-4 and B-6 are effective replacements for DEHP (di-2-ethylhexyl) phthalate and DEHA (di-2-ethylhexyl) adipate. Medical plastics

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 MTBHQ Dry

Secondary inhibitor (co-inhibitor) and antioxidant for nonfood fats and oils.

Eastman™ MTBHQ (mono t-butyl hydroquinone) is commonly used as a polymerization inhibitor and antioxidant in many industrial applications. Effective in higher temperatures due to its higher solubility and potency compared to unsubstituted hydroquinone. Appearance: Light tan solid Flash point: 171°C (340°F) Boiling point: 295°C (563°F) Melting point: 125°C (257°F) Specific gravity 20°C/20°C: 1.05 Molecular weight: 166.22 CAS: 1948-33-0 Very effective polymerization inhibitor Good performing antioxidant in unstable organic liquids Excellent performance as a heat and stabilizer for pressure-sensitiveness adhesives Used as a polymerization inhibitor and industrial antioxidant in many applications.

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® E-14 Polymer

Epolene® E-14 is a low-density oxidized polyethylene pellet for use in adhesives, coatings, plastics and wax blends.

Epolene® E-14 is an oxidized polyethylene wax with low density and low molecular weight. It can be used in color concentrates and as a lubricant in processing rigid and flexible PVC. It is listed with the National Sanitation Foundation (NSF) under Standard 61 Drinking Water System Components Health Effects. Epolene® E-14 has a molecular weight of 4,000 and is supplied in pellet form. Polymer Type: Ox-PE Molecular Weight: 4,000 Mettle Softening Point: 104°C (ASTM D 6090) Penetration Hardness: 4 dmm (ASTM D5) Viscosity, Brookfield: 375 cP @ 125°C Good slip resistance High durability Produces stable emulsions NSF listed in PVC melt processes Automotive, Automotive OEM, Pressure sensitive adhesives, wax modification, PVC melt processing

Epolene® E-14P Polymer

Epolene® E-14P is a low-density oxidized polyethylene powder for use in adhesives, coatings, plastics and wax blends.

Epolene® E-14P is an oxidized polyethylene wax with low density and low molecular weight. It can be used in color concentrates and as a lubricant in processing rigid and flexible PVC. It is listed with the National Sanitation Foundation (NSF) under Standard 61 Drinking Water System Components Health Effects. Epolene® E-14P has a molecular weight of 4,000 and is supplied in powder form. Polymer Type: Ox-PE Molecular Weight: 4,000 Mettle Softening Point: 104°C (ASTM D 6090) Penetration Hardness: 4 dmm (ASTM D5) Viscosity, Brookfield: 375 cP @ 125°C Good slip resistance High durability Produces stable emulsions NSF listed in PVC melt processes Automotive, Automotive OEM, Pressure sensitive adhesives, wax modification, PVC melt processing

FG

This stearate's grade is a fine grind and fused.

Calcium stearate is a carboxylate which is formed from stearic acid and calcium oxide. Its primary uses are as a flow agent, stabilizer, thicker, and surface conditioner. APPEARANCE: WHITE POWDER FINENESS - THRU 200 MESH %: 95.0-100.0 FREE FATTY ACIDS (AS STEARIC) %: 0.0-0.5 TOTAL ASH %: 11.0-12.0 WATER %: 0.0-3.2 Great for PVC formulations, polypropylenes, and polyolefins.

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

FN Powder

A fused stearate derived from hydrogenated fatty acids. Used as a catalyst neutralizer in polypropylenes.

Calcium stearate is a carboxylate which is formed from stearic acid and calcium oxide. Its primary uses are as a flow agent, stabilizer, thicker, and surface conditioner. Total Ash: 9.30 – 11.50 Fineness, % Thru 325 Mesh: 85.00 – 100.00 Free Fatty Acids: 0.00 – 1.00 Water %: 0.00 – 3.50 Appearance: White Powder Catalyst neutralizer Lubrication in polypropylene's Anti-static agent and acid scavenger in PVC Calcium Stearate FN Powder is a wide variety of applications ranging from waterproofing/ water repelling fabric, stops caking in dehydrated vegetables, as well as a stabilizer in PVC production.

Hystrene® 3022 Flake

Hystrene® 3022 fatty acid has an arachidic/behenic acid content of approximately 30% and is commercially available as a flake. Other major components include palmitic and stearic acids.

Hystrene® saturated and unsaturated fatty acids have excellent oxidative and thermal stability which makes them useful in countless sensitive applications. Acid Number: 193 - 201 Gardner Color: 0 - 3 Iodine Value g I/100g: 0 - 4 SAP Value mgKOH/g: 194 - 201 Titer: 51 - 55 °C Unsaponifiables: 0 - 1.5 Water: 0 - 0.25 Appearance: white flakes, molten Melting point: 51-55 °C / 124-131 °F Boiling point: >315 °C / >600 °F Flash point: 190 °C / 374 °F Specific gravity: 0.880 g/cm3 Water solubility: insoluble VOC content: 0 Flake form Used for paper coating, plastics, textile auxiliary, cosmetic, and lubricant industries.

Hystrene® 4516 NF FG Kosher

Triple-pressed, high-purity saturated fatty acid. Excellent color and color stability.

Hystrene® saturated and unsaturated fatty acids have excellent oxidative and thermal stability which makes them useful in countless sensitive applications. Acid Number: 205 - 208 Iodine Value: 0 - 0.5 Titer °C: 55 – 57 Sap Value: 206 - 20 Residue Upon Ignition %: 0 - 0.10 Unsaponifiables %: 0 - 0.20 Water %: 0 - 0.20 45% Palmitic acid Kosher Used for paper coating, plastics, textile auxiliary, cosmetic, and lubricant industries.

Hystrene® 5016 NF EXT, Flake

Triple-pressed stearic acid. External use only.

Hystrene® saturated and unsaturated fatty acids have excellent oxidative and thermal stability which makes them useful in countless sensitive applications. Acid Number: 206 - 210 Iodine Value: 0 - 4.0 Titer °C: 54.5 – 56.5 Residue on Ignition %: 0 – 0.1 Triple-pressed grade Excellent heat and color stability Used for many polymer additive uses, personal care products including cosmetics and hair care application, food grade products, waxes, printing inks, waxes, pharmaceuticals, paints, plastics, rubber compounding, water repellents and textile auxiliaries.

Hystrene® 5016 NF FG Flake

Hystrene® 5016 NF FG is a triple-pressed stearic acid in flake form.

Hystrene® saturated and unsaturated fatty acids have excellent oxidative and thermal stability which makes them useful in countless sensitive applications. Acid Number: 206 - 210 Iodine Value: 0 - 4.0 Titer °C: 54.5 – 56.5 Residue on Ignition %: 0 – 0.1 High purity mixture of saturated FG fatty acids of edible sources Approximately 50% palmic acid Triple-pressed grade Excellent heat and color stability Used for many polymer additive uses, personal care products including cosmetics and hair care application, food grade products, waxes, printing inks, waxes, pharmaceuticals, paints, plastics, rubber compounding, water repellents and textile auxiliaries.

Hystrene® 5016 NF FG Veg Powder

Hystrene® 5016 NF FG Veg Powder is a vegetable-based, triple pressed stearic acid in Powder form.

Hystrene® saturated and unsaturated fatty acids have excellent oxidative and thermal stability which makes them useful in countless sensitive applications. Acid Number: 206 - 210 Iodine Value: 0 - 4.0 Titer °C: 54.5 – 56.5 Residue on Ignition %: 0 – 0.1 Triple-pressed grade Excellent heat and color stability Used for many polymer additive uses, personal care products including cosmetics and hair care application, food grade products, waxes, printing inks, waxes, pharmaceuticals, paints, plastics, rubber compounding, water repellents and textile auxiliaries.

Hystrene® 5522 Flake

Hystrene® 5522 has an arachidic/behenic acid content of approximately 55% and is commercially available as a flake. Other major components include palmitic and stearic acids.

Hystrene® saturated and unsaturated fatty acids have excellent oxidative and thermal stability which makes them useful in countless sensitive applications. Acid Number: 178 - 185 Gardner Color: 0 - 3 Iodine Value: 0 - 4 Titer: 60 - 63 °C Unsaponifiables: 0 - 1.5 Water: 0 - 0.20 Appearance: white flakes, molten Melting point: 58-65 °C / 135-150 °F Boiling point: >250 °C / >482 °F Flash point: 204 °C / 399 °F Water solubility: insoluble VOC content: 0 Long-chain fatty acid Used for paper coating, plastics, textile auxiliary, cosmetic, and lubricant industries.

Hystrene® 7022 Flake

Hystrene® 7022 has an arachidic/behenic acid content of approximately 70% and is commercially available as a flake.

Hystrene® saturated and unsaturated fatty acids have excellent oxidative and thermal stability which makes them useful in countless sensitive applications. Acid Number: 170 - 180 Gardner Color (1963): 0 - 3 Iodine Value: 0 - 3 Sap Value: 171 - 181 Titer: 63 - 67 °C Unsaponifiables: 0 - 1.5 Appearance: white flakes, molten Melting point: 63-66 °C / 145-151 °F Boiling point: >315 °C / >600 °F Flash point: 215 °C / 419 °F Water solubility: insoluble VOC content: 0 Superior quality

Hystrene® 9016 Flake

Approximate 90% Palmitic acid

Hystrene® saturated and unsaturated fatty acids have excellent oxidative and thermal stability which makes them useful in countless sensitive applications. Acid Number: 217 Titer °C: 61 SAP Value: 219 Iodine Value: 0.3 90% Palmitic acid Adaptable to many applications Used for personal care products including cosmetics and hair care application, waxes, textile auxiliaries, pharmaceuticals, food grade products, emulsifiers and other chemical intermediate and reaction uses.

Hystrene® 9022

Hystrene® 9022 is an exceptionally high-purity, saturated fatty acid with an arachidic/behenic acid content of approximately 90% and is commercially available as a light brown flake.

Hystrene® saturated and unsaturated fatty acids have excellent oxidative and thermal stability which makes them useful in countless sensitive applications. Acid Number: 171 Titer Deg: 68 °C SAP Value: 173 Gardner Color (1963): 0.8 Iodine Value: 1 Water %: 0.1 Appearance: white to beige flakes, molten Melting point: 67-71 °C / 152-160 °F Boiling point: >315 °C / >600 °F Flash point: 218 °C / 424 °F Water solubility: insoluble VOC content: 0 Light brown color Flake form Used for paper coating, plastics, textile auxiliary, cosmetic, and lubricant industries.

Hystrene® 9718 NF EXT Flake

Hystrene® 9718 NF EXT Flake contains approximately 92% Stearic acid

Hystrene® saturated and unsaturated fatty acids have excellent oxidative and thermal stability which makes them useful in countless sensitive applications. Acid Number: 196 - 200 Sap Value: 197 - 201 Titer °C: 66.5 - 69 Residue on Ignition %: 0 – 0.1 92% Stearic acid Used for many polymer additive uses, personal care products including cosmetics and hair care application, food grade products, waxes, printing inks, waxes, pharmaceuticals, paints, plastics, rubber compounding, water repellents and textile auxiliaries.

Hystrene® 9718 NF FG Powder

Hystrene® 9718 NF FG Powder is 92% Stearic Acid.

Hystrene® saturated and unsaturated fatty acids have excellent oxidative and thermal stability which makes them useful in countless sensitive applications. Acid Number: 196 - 200 Sap Value: 197 - 201 Titer °C: 66.5 - 69 Residue on Ignition %: 0 – 0.1 Available in powder, flake, and bulk forms At least 92% Stearic acid Used for chemical intermediate, emulsifier, gelling agent, release agent, anticaking agent foam depressant, resin stabilizer, suspension agent, and pigment depressant.

Impruvol 20

Butylated Hydroxy Toluene is a non-staining, hindered phenolic antioxidant commonly used in a wide variety of applications including plastics, elastomers, petroleum products, and food. Available in several physical forms, including molten.

Sasol's Impruvol 20 is a molten form of Butylated Hydroxy Toluene (BHT), a food grade, low molecular weight, hindered phenolic antioxidant that reduces degradation initiated by heat, light, and time in organic materials. BHT is the most prevalent and approved antioxidant in the world. Appearance: White crystal Specific Gravity @ 60 °F: 1.01 Flash Point (Closed Cup): 245 °F Bulk Density: 37.5 lb/ft³ Purity: 99% minimum Freezing Point: 156.56 °F Color, Molten (APHA): 50 maximum Ash, Residue on Ignition: 0.002% maximum Arsenic: 3 ppm Heavy Metals as Lead: 10 ppm Molecular Weight: 220.34 g/mol Soluble: Methyl alcohol, isopropyl alcohol, ethyl alcohol, benzene, methyl ethyl ketone, petroleum ether, mineral oil, linseed oil, lard Insoluble: Sodium hydroxide, water Food grade Kosher and Halal certified Polyols, polybutylene, hydrocarbon resins, block copolymer elastomers, industrial fats, fatty acids, transmission fluids, lard, shortening, tallow, animal feeds, vegetable oils

Industrene® 206

Similar to 106 however has a wider color spec

Industrene® saturated and unsaturated fatty acids are high-quality fatty acids obtained from animal fat and vegetable oils. Acid Number: 199 - 204 Gardner Color (1963): 0 - 3 Iodine Value: 85 - 95 Sap Value: 198 - 205 Titer: 0 - 6 Unsaponifiables: 0 - 1 Water: 0 - 0.25 Low titer oleic High-quality Used for alkyd resins, rubber, mineral-flotation, adjuvants, foam depressants, caulking compounds, lubricants, buffing polishes, metallic soaps, abrasives, metal treating compounds, candles, crayons, emulsifiers, etc.

Industrene® 226 - FG Kosher

Industrene® 226 Food Grade distilled soy fatty acid

Industrene® saturated and unsaturated fatty acids are high-quality fatty acids obtained from animal fat and vegetable oils. Acid Number: 195 – 203 Titer: 0–26 °C Gardner Color (1963:) 0 – 3 Unsaponifiables: 0 – 2 Iodine Value: 127 – 138 Water: 0–0.3 Melting point: 25 °C / 77 °F Boiling point: 260 °C / 500 °F Flash point: 174 °C / 345 °F Density: 0.88 g/cm3 @ 25 °C Water solubility: insoluble VOC content: 0 Kosher Used for alkyd resins, rubber, mineral-flotation, adjuvants, foam depressants, caulking compounds, lubricants, buffing polishes, metallic soaps, abrasives, metal treating compounds, candles, crayons, emulsifiers, etc.

Industrene® B

Industrene® B is a Stearic Acid in powder form.

Industrene® saturated and unsaturated fatty acids are high-quality fatty acids obtained from animal fat and vegetable oils. Acid Number: 198-207 Gardner Color (1963): 0 - 3 Iodine Value: 0 - 3 Titer: 57 - 63 Stearic acid Available in powder form Used for alkyd resins, rubber, mineral-flotation, adjuvants, foam depressants, caulking compounds, lubricants, buffing polishes, metallic soaps, abrasives, metal treating compounds, candles, crayons, emulsifiers, etc.

Kemamide® B, Bead

Kemamide® B (Bead) is a saturated fatty monoamide formulated from a mixture of behenic acid and arachidic and is most commonly used for its anti-block properties

These fatty amides provide a range of plastic additives, wax additives, and lubricants to various plastics applications. Acid Number: 0.00 - 4.00 Amide Content: 95.0 - 100.0% Gardner Color: 0.0 - 4.0 Iodine Value: 0.0 - 4.0 Closed Tube Melt Point: 98.0 - 106.0 °C Water Content: 0.00 - 0.25% Appearance: White bead Flash Point (COC): 257 °C Density @ 130 °C: 0.807 g/mL Density @ 160 °C: 0.843 Viscosity @ 130 °C: 6.5 cP Heat of Fusion: 12.7 kcal/mol Fire Point (COC): 284 °C Food contact approved Bead form allows for easy transport Mar-resistant agents, textile softeners and water-repellents,

Kemamide® B, Powder

Kemamide® B (Powder) is a saturated fatty monoamide formulated from a mixture of arahidic and behenic acid and is commonly used for its anti-block properties or as a blending agent

These fatty amides provide a range of plastic additives, wax additives, and lubricants to various plastics applications. Amide: 95.0% Min 100.0% Max Iodine Value 0.0 Min 4.0 Max Melt Point 98.0 - 106.0 Powder form Approved for food contact Insoluble in water

Kemamide® E Ultra, Bead

Formulated from unsaturated fatty primary monoamide from vegetable sources and demonstrates excellent color stability

These fatty amides provide a range of plastic additives, wax additives, and lubricants to various plastics applications. Amide 98% Gardner Color: 1 Closed Tube Melt Point: 82 °C Water: 0.05% Does not contain Phthalates or BPA Available in bags, drums, and bulk sacks

Kemamide® E Ultra, Pellets

Formulated from unsaturated fatty primary monoamide from vegetable sources and demonstrates excellent color stability

These fatty amides provide a range of plastic additives, wax additives, and lubricants to various plastics applications. Amide 98% Gardner Color: 1 Closed Tube Melt Point: 82 °C Water: 0.05% Does not contain Phthalates or BPA Available in bags, drums, and bulk sacks

Kemamide® E Ultra, Powder

Formulated from unsaturated fatty primary monoamide from vegetable sources and demonstrates excellent color stability

These fatty amides provide a range of plastic additives, wax additives, and lubricants to various plastics applications. Amide 98% Gardner Color: 1 Closed Tube Melt Point: 82 °C Water: 0.05% Does not contain Phthalates or BPA Available in bags, drums, and bulk sacks

Kemamide® E-180, Powder

Fatty amide used in thermoplastic resins that imparts slip and anti-block characteristics

These fatty amides provide a range of plastic additives, wax additives, and lubricants to various plastics applications. Acid Number: 0.00 – 0.60 Total Amine Value: 0.00 – 10.00 Gardner Color (1963): 0.0 – 2.0 Iodine Value: 41.0 – 47.0 Closed Tube Melt Point: 72.0 – 75.0 Water %: 0.00 – 0.25

Kemamide® E-60, Powder

This fatty amide is formulated from vegetable sourced erucic acid and is a unsaturated fatty primary monoamide. Micronized Powder form

These fatty amides provide a range of plastic additives, wax additives, and lubricants to various plastics applications. Acid Number: 0.00 – 1.00 Free Fatty Acid: (Oleic) 0.0 – 0.5 Gardner Color (1963): 0.0 – 3.0 Amide: 98.0 – 100.0 Fineness % Thru 40 Mesh: 100.0 min Fineness % On 60 Mesh: 0.0 – 10.0 GLC-C22:1 (Erucic Content): 80.0 – 86.0 Closed Tube Melt Point °C: 76.0 – 86.0 Water: 0.00 – 0.20 Available in bead, molten, and pellet forms as well Excellent choice of additive when needing good slip and anti-block properties Insoluble in water

Kemamide® EBS

This product is a wax that benefits calendering processes, injection and blow molding, and extrusion processing

These fatty amides provide a range of plastic additives, wax additives, and lubricants to various plastics applications. Acid Value: 0.0- 7.0 Neutralization Equivalent: 0.0 – 2.0 Total Amine Value: 0.0 – 2.0 Gardner Color (1963): 0.0 – 3.0 Closed Tube Melt Point: 140.0 – 146.0 Water %: 0.00 – 0.20 Free Fatty Acids %: 0.0 – 3.0 % thru 20 Mesh: 99.0 – 100 % on 40 Mesh (Prill only): 0 – 2 Balanced non-polar and polar properties Operates as a high functioning internal and external lubricant

Kemamide® EBS PR

Same as EBS, except in prill form

These fatty amides provide a range of plastic additives, wax additives, and lubricants to various plastics applications. Acid Value: 0.0 – 7.0 Neutralization Equivalent: 0.0 – 2.0 Total Amine Value: 0.0 – 2.0 Gardner Color (1963): 0.0 – 3.0 Closed Tube Melt Point: 140.0 – 146.0 Water %: 0.00 – 0.20 Free Fatty Acids %: 0.0 – 3.0 % thru 20 Mesh: 99.0 – 100 % on 40 Mesh (Prill only): 0 – 2 Balanced non-polar and polar properties Operates as a high functioning internal and external lubricant

Kemamide® EZ, Bead

Triple distilled version of Kemamide® E Ultra, also available in pellet and powder form

These fatty amides provide a range of plastic additives, wax additives, and lubricants to various plastics applications. Gardner Color: 0.0 – 2.0 Water: 0.00 – 0.25 Closed Tube Melt Point °C: 76.0 – 86.0 Amide: 98.0 – 100.0 FDA approved for use in adhesives, can end cements, paper and paperboard in contact with dry foods, and several other areas

Kemamide® EZ, Pellets

Triple distilled version Kemamide® E Ultra, also available in bead and powder form

These fatty amides provide a range of plastic additives, wax additives, and lubricants to various plastics applications. Gardner Color: 0.0 – 2.0 Water: 0.00 – 0.25 Closed Tube Melt Point °C: 76.0 – 86.0 Amide: 98.0 – 100.0 FDA approved for use in adhesives, can end cements, paper and paperboard in contact with dry foods, and several other areas

Kemamide® EZ, Powder

Triple distilled version of Kemamide® E Ultra, also available in bead and pellet form.

These fatty amides provide a range of plastic additives, wax additives, and lubricants to various plastics applications. Gardner Color: 0.0 – 2.0 Water: 0.00 – 0.25 Closed Tube Melt Point °C: 76.0 – 86.0 Amide: 98.0 – 100.0 FDA approved for use in adhesives, can end cements, paper and paperboard in contact with dry foods, and several other areas

Kemamide® OR, Bead

Oleamide which offers faster blooming in lower temperatures. Also available in powder form.

These fatty amides provide a range of plastic additives, wax additives, and lubricants to various plastics applications. Acid Number: 0.00 – 1.00 Amide % 98.0: – 100.0 Closed Tube Melt Point °C: 70.0 – 78.0 Gardner Color (1963): 0.0 – 2.0 Iodine Value: 72.0 – 95.0 Water %: 0.00 – 0.20 Effective fast-bloom slip agent and as a mold release lubricant

Kemamide® S, Bead

Formulated from Stearic Acid, this product is a saturated fatty primary monoamide and is most commonly used for its anti-block properties.

These fatty amides provide a range of plastic additives, wax additives, and lubricants to various plastics applications. Acid Number: 0.00 – 1.00 Amide %: 98.0 – 100.0 Closed Tube Melt Point °C: 98.0 108.0 Gardner Color (1963): 0.0 – 2.0 Iodine Value: 0.0 – 3.0 Water %: 0.00 – 0.25 Exceptional stability to air and light Insoluble in water and most organic solvents

Kemamide® S, Powder

Same as Kemamide® S Bead, in powder form.

These fatty amides provide a range of plastic additives, wax additives, and lubricants to various plastics applications. Acid Number: 0.00 – 1.00 Amide %: 98.0 – 100.0 Closed Tube Melt Point °C: 98.0 108.0 Gardner Color (1963): 0.0 – 2.0 Iodine Value: 0.0 – 3.0 Water %: 0.00 – 0.25 Exceptional stability to air and light Insoluble in water and most organic solvents

Kemamide® U, Pastilles

Formulated from Oleic Acid, Kemamide® U is an unsaturated fatty monoamide and is commonly used for its slip properties but can also be used for its anti-block properties.

These fatty amides provide a range of plastic additives, wax additives, and lubricants to various plastics applications. Acid Number: 0.00 – 1.00 Amide %: 97.0 – 100.0 Closed Tube Melt Point °C: 68.0 – 78.0 Gardner Color (1963): 0.0 – 2.0 Iodine Value: 72.0 – 90.0 Water %: 0.00 – 0.20 Low solubility in water Available in multiple forms

Kemamide® U, Powder

Same as Kemamide® U Pastille, in powder form

These fatty amides provide a range of plastic additives, wax additives, and lubricants to various plastics applications. Acid Number: 0.00 – 1.00 Amide %: 97.0 – 100.0 Closed Tube Melt Point °C: 68.0 – 78.0 Gardner Color (1963): 0.0 – 2.0 Iodine Value: 72.0 – 90.0 Water %: 0.00 – 0.20 Low solubility in water Available in multiple forms

Kemamide® VO, Bead

Derived from oleic acid from vegetable sources, this product is an unsaturated fatty primary amide

These fatty amides provide a range of plastic additives, wax additives, and lubricants to various plastics applications. Acid Number: 0.00 – 1.00 Amide %: 98.0 – 100.0 Closed Tube Melt Point °C: 65.0 – 80.0 Gardner Color (1963): 0.0 – 2.0 Heat Stability 205°C: 0.0 – 4.0 Iodine Value: 80.0 – 99.0 Water %: 0.00 – 0.20 Low solubility in water FDA approved for a variety of applications

Kemamide® VO, Powder

Same as Kemamide® VO Bead, in powder.

These fatty amides provide a range of plastic additives, wax additives, and lubricants to various plastics applications. Acid Number: 0.00 – 1.00 Amide %: 98.0 – 100.0 Closed Tube Melt Point °C: 65.0 – 80.0 Gardner Color (1963): 0.0 – 2.0 Heat Stability 205°C: 0.0 – 4.0 Iodine Value: 80.0 – 99.0 Water %: 0.00 – 0.20 Low solubility in water FDA approved for a variety of applications

Kemamide® W-20, Pellet

Synthetic wax with a relatively high melting point and excellent slip properties.

These fatty amides provide a range of plastic additives, wax additives, and lubricants to various plastics applications. Acid Value: 0.0 – 10.0 Closed Tube Melt Point °C: 114.0 – 120.0 Gardner Color (1963): 0.0 – 5.0 Total Amine Value: 0.00 – 10.00 High melting point FDA approved for a variety of applications

Kemamide® W-20, Prill

Synthetic wax with a relatively high melting point and excellent slip properties.

These fatty amides provide a range of plastic additives, wax additives, and lubricants to various plastics applications. Acid Value: 0.0 – 10.0 Closed Tube Melt Point °C: 114.0 – 120.0 Gardner Color (1963): 0.0 – 5.0 Total Amine Value: 0.00 – 10.00 High melting point FDA approved for a variety of applications

Kemamide® W-40 DF, Prill

This product is a wax that benefits calendering processes, injection and blow molding, and extrusion processing.

These fatty amides provide a range of plastic additives, wax additives, and lubricants to various plastics applications. Acid Value: 0.0 – 7.0 Total Amine Value: 0.00 – 2.00 Gardner Color (1963): 0.0 – 3.0 Closed Tube Melt Point: 140.0 – 145.0 Water %: 0.00 – 0.20 Compatible with a wide variety of waxes and plasticizers Increases surface's resistance to salt, heat, moisture, and most solvents

Kemamide® W-40 Prill

Formulated from stearic acid, this is used a synthetic wax, as a process lubricant.

These fatty amides provide a range of plastic additives, wax additives, and lubricants to various plastics applications. Acid Value: 0.0 – 7.0 Total Amine Value: 0.00 – 2.00 Gardner Color (1963): 0.0 – 3.0 Closed Tube Melt Point: 140.0 – 145.0 Water %: 0.00 – 0.20 High melting point Compatible with most plasticizes and waxes Improves surface resistance to moisture, heat, salt, and most solvents

Kemamide® W-40, Powder

Same as Kemamide® W-40 Prill, in powder form.

These fatty amides provide a range of plastic additives, wax additives, and lubricants to various plastics applications. Acid Value: 0.0 – 5.0 Garner Color (1963): 0.0 – 3.0 Closed Tube Melt Point °C: 140.0 – 145.0 Total Amine Value: 0.00 – 5.00 Total Ash: 0.00 – 0.05 Fineness % Thru 100 Mesh: 100.00 (Min) Fineness % Thru 325 Mesh: 99.50 – 100.00 High melting point Compatible with most plasticizes and waxes Improves surface resistance to moisture, heat, salt, and most solvents

Kemester 124, Flake

This product is used in a variety of ways as anti-static agent, lubricant, and emulsifier. Alpha Monoglyceride: 52 - 100% Free Fatty Acid: 0 - 1% Free Glycerine: 0 - 1.5% Gardner Color: 0 - 3 Iodine Value: 0 - 5 g I/100g Bovine sourced

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 304

Designed to satisfy hydrocarbon and synthetic lubricant-based greases.

The lithium salt of distilled, hydrogenated fatty acids from animals or vegetables. ALKALINITY %: 0.00-0.15 FINENESS - THRU 200 MESH %: 99.00-100.00 FINENESS - THRU 40 MESH %: 100.00-100.01 LITHIUM CONTENT %: 2.40-2.60 WAP24A WATER %: 0.00-2.00 Polymeric coatings Zinc-silicone dioxide coatings Sealing gaskets for food containers Safe in articles that are in contact with food Can be used as a strong binder in certain makeup such as eye shadow, blushes, and other cosmetics. This can also be used as a lubricant in high temperatures.

Lithium Stearate 306

LS #306 is designed for lubricant-based greases, specifically around food processing. Slightly more acidic than #304.

Lithium Stearate is distilled from animal and vegetable sources. Appearance: White powder Melting Point: 212 °C / 414 °F Solubility in Water: Insoluble Molecular Weight: 290.42 g Safe with food processing Meet synthetic lubricant-based grease requirements Can be in paper components touching food Used in various makeup products such as eye shadow, blush, etc. Also good for use in contact with processing food in paper or cardboard.

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™ 20

Low molecular weight benzophenone UV light absorber for use in polymers, coatings, and personal care applications.

LOWILITE™ 20 provides protection for a variety of materials from degradation caused by exposure to UV light. FDA approvals for food contact and personal care applications means LOWILITE 20 can be safely used in oil-based cosmetics and sun care products as well as polymers. Appearance: Pale yellow crystalline powder Molecular Weight: 228 g/mol Melting Point: 62-65 °C Gardner Color: ≤8 Bulk Density: 650 kg/m³ Specific Gravity: 1.339 g/cc @ 25 °C FDA approval for personal care applications Broad food-contact approvals Used in rigid and plasticized PVC for roofing and hoses; acrylic copolymers for windows and paneling; coatings, lacquers, and clear varnishes; adhesives; linseed oil-based alkyds and phenolics; and oil-based cosmetics and sunscreens.

LOWILITE™ 22

Low molecular weight benzophenone UV light absorber that offers effective protection for a wide variety of polymers.

LOWILITE™ 22 is a great general purpose, benzophenone UV absorber used in wide variety of polymers, HDPE, LDPE, PP, olefin copolymers (EPR, EPDM, EVA), PVC, polyesters, polystyrene, and ABS rubber. LOWILITE™ 20S provides protection for a variety of materials from degradation caused by exposure to UV light. FDA approvals for food contact and personal care applications means LOWILITE™ 20S can be safely used in water-based cosmetics and sun care products as well as polymers. Appearance: Pale yellow powder Melting Point: 47-50 °C Molecular Weight: 326 g/mol Density: 400 kg/m³ Flash Point: 475 °C Broad food-contact approvals

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™ 55

Benzotriazole type UV light absorber, that dissipates absorbed photochemical energy as heat.

LOWILITE™ 55 is an excellent benzotriazole UV light absorber with a high degree of photostability. It has a high absorption rate and dissipates that absorbed photochemical energy as heat. Appearance: Slightly yellow powder Bulk Density: 540 kg/m³ Molecular Weight: 225 g/mol Melting Point: 128-132 °C Flash Point: 205 °C Dissipates absorbed photochemical energy as heat Broad food contact approvals

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.

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™ TBM6

Versatile phenolic antioxidant that is especially well suited for wire and cable applications, providing heat stability during processing and end use.

LOWINOX™ TBM6 is a versatile hindered thiophenol antioxidant that is especially well suited for medium, high, and extra high voltage wire and cable applications. It also synergizes well with carbon black, acts as an anti-skinning agent in hot melt adhesives, provides heat stability in lubricants, and antiscorch protection for polyurethanes during condensation of TDI on polyesters. LOWINOX™ TBM6 has excellent compatibility with peroxides and is highly resistant to thermo-oxidative degradation and washout. Appearance: White crystalline powder Molecular Weight: 358 g/mol Particle Size Distribution: 180-200 microns Assay: 98% minimum Melting Point: 160-164 °C Volatiles: 0.1% max Ash Content: 0.05% max Iron Content: 5 ppm Color APHA: Guaranteed 50 max Excellent long-term heat stability Non-staining Non-discoloring Food contact approvals Synergistic with carbon black Compatible with peroxides Antiscorch protection for polyurethanes Heat stability in lubricants Anti-skinning agent in hot melt adhesives Food packaging, HDPE and LDPE tubes, water and gas pipes, connectors, high voltage cables, greenhouse films

NAUGARD™ 445 Granular

Amine antioxidant with significant synergy with phenolics, particularly effective in extreme heat and oxygen environments.

NAUGARD™ 445 is an aromatic amine antioxidant and heat stabilizer for rubber and plastics characterized by high amine antioxidant activity, good color, and low volatility. It is available in granular and powder form. Appearance: White powder or granules Molecular Weight: 406 g/mol Melting Point: 98-100 °C Color APHA: 20 Specific Gravity (@55 °C): 1.14 Flash Point: 277 °C Effective protection against extreme heat and oxygen Significant synergy with phenolic and phosphite antioxidants Low volatility Minimal susceptibility to bloom Protection at low loading levels Little to no effect on cure rate Low water extractability and inherent resistance to chlorinated water Low adsorption onto fillers Recommended for use in natural and synthetic rubber products such as NBR, SBR, EAM; thermoplastic products such as polyolefins, polyurethane and other foam products; latex and hot melt adhesive products, petroleum stabilizers

NAUGARD™ 445 Powder

Amine antioxidant with significant synergy with phenolics, particularly effective in extreme heat and oxygen environments.

NAUGARD™ 445 is an aromatic amine antioxidant and heat stabilizer for rubber and plastics characterized by high amine antioxidant activity, good color, and low volatility. It is available in granular and powder form. Appearance: White powder or granules Molecular Weight: 406 g/mol Melting Point: 98-100 °C Color APHA: 20 Specific Gravity (@55 °C): 1.14 Flash Point: 277 °C Effective protection against extreme heat and oxygen Significant synergy with phenolic and phosphite antioxidants Low volatility Minimal susceptibility to bloom Protection at low loading levels Little to no effect on cure rate Low water extractability and inherent resistance to chlorinated water Low adsorption onto fillers Recommended for use in natural and synthetic rubber products such as NBR, SBR, EAM; thermoplastic products such as polyolefins, polyurethane and other foam products; latex and hot melt adhesive products, petroleum stabilizers

NAUGARD™ PHR

Liquid phosphite antioxidant for rubber and polymers that contains up to 1% triisopropanol amine to improve resistance to hydrolysis.

NAUGARD™ PHR is a phosphite antioxidant that protects polymers from degradation resulting from heat and oxygen exposure during processing. It also acts as a stabilizer for synthetic rubbers like SBR, BR, and NBR and prevents resinification during manufacturing and storage. Appearance: Light yellow, viscous liquid Specific Gravity @ 25 °C: 0.98 Viscosity @ 21 °C: ~5200 cps Food contact approvals Non-staining Non-discoloring Synergizes with phenolic antioxidants in plastics To stabilize rubber, use 1 to 1.5 phr rubber hydrocarbon To stabilize plastics use <0.5 wt% Pressure sensitive adhesives, polymer coatings, sealing gaskets for food containers

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.

Paraloid EXL™ 2300G

Paraloid EXL™ 2300G is an acrylic core/shell modifier that is ideal for epoxy applications which require high impact strength at temperatures as low as -10°C as well as good heat and UV stability.

Paraloid EXL™ Additives increase the ductility of injection moldings, lower temperature toughness, and reduce melt viscosity for engineering resins. Appearance: white powder Percent volatility: <1% Bulk density: 0.410-0.530 g/cm3 Glass Trans Temp Mdpt: (-273.15)-(-41) C Exceptional part surface finish Good retention of part rigidity Increase toughness even at thick sections Used to improve UV and heat resistance impact on butyl-acrylate rubber.

Paraloid EXL™ 2314

Paraloid EXL™ 2314 is a highly efficient acrylic toughening agent for engineering resins which has been tailored for various engineering polymers and its blends.

Paraloid EXL™ Additives increase the ductility of injection moldings, lower temperature toughness, and reduce melt viscosity for engineering resins. It is a specialty acrylic modifier that reacts with resin systems for significantly improved toughening, ideal for both weatherable and non-weatherable applications. Foreign Particles: 0-50 Bulk Density g/cm3: 0.380 - 0.580 Moisture: 0 - 1 Retained on 12 MES/1.70 mm: 0 - 1 Pass through 325 mesh/ 0.045mm: 0 - 10 High impact strength High heat stability and weatherability Good retention of part rigidity Excellent processability Excellent part surface finish Increases toughness even at thick sections Well defined rubber particle size Improved capability with polyesters Can be compounded on twin-screw extruders Easy to disperse Can be used for the toughening of low molecular weight PBT, increasing the usefulness of acrylic modifiers to lower temperatures, and in improving the crack propagation behavior of thermosets like epoxy resins.

Paraloid™ BTA-730

Paraloid™ BTA-730 is an MBS modifier ideal for high-impact film and sheet applications where transparency is critical. This spherical white powder is free flowing, which allows for dust-free mixing and higher-output production.

Paraloid™ BTA series impact modifiers are specifically designed for use in flim and sheet applications. Appearance: white powder Volatile matter: <1.0 wt% Bulk density: 0.42±0.05 g/ml Particle size dist. on mesh 20: 1.5 wt% Particle size dist. pass mesh 325: 5.0 wt% Impact strength: >80 kg*cm/cm2 Spheroid-powder characteristics Faster fusion Higher-output production Higher impact efficiency Optimum combination of clarity and impact strength Great for high impact transparent film and sheet applications.

Paraloid™ BTA-751U

Paraloid™ BTA-751U is an MBS modifier ideal for both opaque and translucent films where a balance between high-impact performance and cost efficiency is critical. This spherical white powder is free flowing, which allows for dust-free mixing and higher-output production.

Paraloid™ BTA series impact modifiers are specifically designed for use in flim and sheet applications. Appearance: white powder Volatile matter: <1.0 wt% Bulk density: 0.42±0.05 g/ml Particle size dist. on mesh 20: 1.5 wt% Particle size dist. pass mesh 325: 5.0 wt% Impact strength: >70 kg*cm/cm2 Spheroid-powder characteristics Faster fusion Higher-output production Higher impact efficiency Optimum combination of clarity and impact strength Great for opaque/translucent film and sheet applications such as Christmas tree leaves.

Paraloid™ K-120ND

Paraloid™ K-120ND is an acrylic polymer-based, white powder used as an aid in the processing of vinyl compounds. Specifically, K-120ND assists in improving the clarity in vinyl and increasing productions efficiency.

This is a free-flowing acrylic process aid designed to improve the fusion, flow, strength and surface appearance of rigid or flexible vinyl. White, free-flowing powder density(g/cc) 0.40 - 0.46 Specific Gravity at 25C 1.18 Solubility: Methyl ethyl ketone, cyclohexanone, tetrahydrofuran, toluene, and ethylene dichloride Easily mixed into vinyl compounds without the need for supplementary additives like gel Reduced mixing time with better blending for improved processing High melt strength for more controlled parison Improved production output rates and production efficiency Creates a smooth, polished surface K-120ND is ideal when vinyl clarity and consistency is key, specifically with vinyl products manufactured through injection molding, calendering, extrusion, and blow molding.

Paraloid™ K-125

Paraloid™ K-125 is a free-flowing process aid that balances melt strength and viscosity, while improving production efficiency in both rigid and flexible vinyl.

This is a free-flowing acrylic process aid designed to improve the fusion, flow, strength and surface appearance of rigid or flexible vinyl. White free flowing powder Density: 0.43g/cc Specific Gravity: 1.15 Refractoin Index: 1.489 Decreases fusion to sheet and smooth rolling production time High melt strength with low loading levels Improves clarity K-125 can be used to greatly increase vinyl's strength and while overall decreasing the amount of additives needed as well as increasing overall production efficiency. It is used extensively in building materials and construction, vinyl piping, and injection molding.

Paraloid™ K-130D

Paraloid™ K-130D is a processing aid in the production of vinyl that works to boost clarity and improve production performance.

This is a free-flowing acrylic process aid designed to improve the fusion, flow, strength and surface appearance of rigid or flexible vinyl. Acrylic polymer-based compound Free-flowing white powder Density (g/cc) 0.39 -0.49 High clarity in vinyl products Increased efficiency in production Maintains die-swell and viscosity for blow-molding Raises melt strength for better thermoforming

Paraloid™ K-175

Paraloid™ K-175 is a lubricating process aid that offers superior clarity in rigid and flexible vinyl, while decreasing plateout during production.

This is a free-flowing acrylic process aid designed to improve the fusion, flow, strength and surface appearance of rigid or flexible vinyl. White, acrylic based polymer, free-floating white powder Bulk Density 0.51(g/cc) Specific Gravity: 1.05 Completely soluble in Acetone, THF, and Toluene Reduced waste Increased thermal stability Improved output rates High impact strength for injection-molded parts Increased surface tension for print-ability K-175 improves the strength, flexibility and clarity of vinyl. It is used in the manufacturing of bottles, (calendared) film and sheet, as well as packaging applications.

Paraloid™ K-400

Paraloid™ K-400 is an acrylic modifier for PVC foam that increases impact strength, surface appearance and cell uniformity, while also decreasing foam density.

This is a free-flowing acrylic process aid designed to improve the fusion, flow, strength and surface appearance of rigid or flexible vinyl. Acrylic Polymer-based compound Free-floating white powder Bulk Density: 0.40 - 0.52 Lowers foam density Increases impact strength Improves efficiency because less modifier needed Increased flexibility Excellent surface area Faster fusion at lower temperatures K-400 is used most commonly for PVC, which is commonly used during construction. It is commonly used with siding, fences, window frames, roofing, pipes/fittings, injection-molded and foamed parts.

Paraloid™ K-416

Paraloid™ K-416 is used in the production of vinyl to increase density reduction and foam expansion while also maintaining comparable lubricating properties.

This is a free-flowing acrylic process aid designed to improve the fusion, flow, strength and surface appearance of rigid or flexible vinyl. White, free flowing powder Bulk Density(g/cc) 0.32- 0.53 Low use cost Density reduction Strong cell structure at equal loading Increased efficiency at lower levels than K-415 Metal released with no risk of plate-out

Paraloid™ K-445

Paraloid™ K-445 is an acrylic process aid that offers high-efficiency production of cellular vinyl sheet with improved dosage efficiency.

This is a free-flowing acrylic process aid designed to improve the fusion, flow, strength and surface appearance of rigid or flexible vinyl. Acrylic Polymer White, free-flowing powder Bulk Density(g/cc) 0.455 - 0.48 High melt strength Increased Efficiency Lowered density and cost Sheet uniformity Low Density High melt strength and expansion K-445 is mainly used for cellular vinyl products, foam core pipes and foam profile

Paraloid™ KM 330

Paraloid™ KM 330 is an acrylic modifier that combines good impact performance and melt strength with high processing efficiency. It is ideal for exterior vinyl applications

Paraloid™ KM Acrylic Impact Modifiers improves impact efficiency and is excellent as a plastic additive for vinyl. Appearance: free-flowing white powder Odor: pungent, sweet Melting point/range: 132-149 °C / 269.6-300.2 °F Relative density: 1.11 Water solubility: insoluble Auto-ignition temperature: 400 °C / 752 °F High impact strength Outstanding natural weatheribility Control of melt viscoelasticity Neutral color Used for PVC plastics, window frames and profiles, panels, siding, pipes and fittings, injection-molded parts, and additives.

Paraloid™ KM 334

Paraloid™ KM 334 is an acrylic modifier that combines good impact performance and melt strength with high processing efficiency. It is ideal for exterior vinyl applications.

Paraloid™ KM Acrylic Impact Modifiers improves impact efficiency and is excellent as a plastic additive for vinyl. Appearance: free-flowing white powder Odor: pungent, sweet Melting point/range: 132-149 °C / 269.6-300.2 °F Relative density (water = 1): 1.11 Water solubility: insoluble Auto-ignition temperature: 400 °C / 752 °F Proven weatherability Exceeds industry standards as measured by the Gardner test Excellent results even at 0 °C Improves color retention Used for weatherable applications such as siding, window profiles, pipe, and fencing.

Paraloid™ KM 5000

Paraloid™ KM 5000 is a high-efficiency acrylic modifier ideal for improved impact properties in exterior vinyl applications without any additional process aids.

Paraloid™ KM Acrylic Impact Modifiers improves impact efficiency and is excellent as a plastic additive for vinyl. Appearance: white powder Odor: acrylic-like Water solubility: insoluble Percent volatility: <1% Excellent impact resistance 100% acrylic co-polymer Exceptional performance upon lab testing Great for extruded vinyl products such as windows, fence, and deep embossed systems such as in siding substrates.

Paraloid™ KMX 100Pro

Paraloid™ KM 100Pro is a weatherable acrylic modifier that maximizes processing efficiency and delivers the high-gloss finish required in high-volume vinyl profile extrusion.

Paraloid™ KM Acrylic Impact Modifiers improves impact efficiency and is excellent as a plastic additive for vinyl. Appearance: white powder Odor: acrylic-like Percent volatility: <1% Pro provides the best performance profile compared to other industry offerings Excellent impact strength Free flowing 100% acrylic polymer Used for PVC plastics, window frames and profiles, panels, siding, pipes and fittings, injection-molded parts, and additives.

Pationic® 1042K

Pationic® 1042K is a glycerol monostearate (GMS) with 42% alpha-monoester content. It can be used as an internal mold release or for antistatic agent properties. This product is certified Kosher.

Derived from natural fats and oils, this is often used as internal lubricant in PVC, and can also be used as an anti fogging agent, flow modifier, and dispersing agent. Free Fatty Acid %: 1 max Free Glycerine %: 1 max Gardner Color: 3 max Iodine Value: 3 max Melting Point °C 60: 64 Monoglyceride %: 42 min FDA Approved

Pationic® 1052K

Pationic® 1052K is a 52% glycerol mono stearate to be used as an additive to polyolefins, styrenics, PVC, TPO and TPE

Derived from natural fats and oils, this is often used as internal lubricant in PVC, and can also be used as an anti fogging agent, flow modifier, and dispersing agent. Free Fatty Acid 1% Max Free Glycerine 1.5% Max Iodine Value 3 Max Monoglyceride 52% Min FDA Approved

Pationic® 1052P

Pationic® 1052P is a glycerol mono stearate (GMS) with 52% monoglyceride content that is palm oil derived

Derived from natural fats and oils, this is often used as internal lubricant in PVC, and can also be used as an anti fogging agent, flow modifier and dispersing agent. Free Fatty Acid 1% Max Free Glycerine 1% Max Iodine Value 3 Max Monoglyceride 52% Min Peroxide Value 1 meq/kg Max FDA Approved

Pationic® 1061

Pationic® 1061 is a 42% glycerol monooleate (GMO) with Mixed Tocopherols and Citric Acid

Derived from natural fats and oils, this is often used as internal lubricant in PVC, and can also be used as an anti-fogging agent, flow modifier and dispersing agent. Melting Point: 140–145 °F / 60–63 °C Acid Value: 2.00 max Free Fatty Acid %: 1max Free Glycerine %: 1max Gardner Color: 3max Iodine Value: 87 - 114 Moisture %: 0.50 max Monoglyceride %: 42.00 min Peroxide Value meq/kg: 1 max Saponification Value: 170 - 190 FDA Approved Kosher

Pationic® 1530

Pationic® 1530 is a specialty glycerol ester containing Propylene Glycol with Propyl Gallate and Citric Acid and formulated to remain a liquid

Derived from natural fats and oils, this is often used as internal lubricant in PVC, and can also be used as an anti fogging agent, flow modifier, and dispersing agent. Free Fatty Acid 1% Max Iodine Value 55 Min 70 Max Monoglyceride 46% Min FDA Approved Stable Liquid

Pationic® 901K

Pationic® 901K is glycerol monostearate (GMS) with 95% monoglyceride derived from vegetable oil

Derived from natural fats and oils, this is often used as internal lubricant in PVC, and can also be used as an anti fogging agent, flow modifier, and dispersing agent. Free Fatty Acid 1.2% Max Free Glycerine 1.5% Max Iodine Value 3 Max Monoglyceride 95% Min 100% Max FDA Approved Produced to polymer additive heat stability standards

Pationic® 901RF

Pationic® 901RF is a glycerol monostearate (GMS) with 95% monoglyceride derived from hydrogenated vegetable oil and formulated for heat stability Pastille version of Pationic 901K

Derived from natural fats and oils, this is often used as internal lubricant in PVC, and can also be used as an anti fogging agent, flow modifier, and dispersing agent. Free Fatty Acid 1.2% Max Free Glycerine 1.5% Max Iodine Value 3 Max Monoglyceride 95% Min Peroxide Value 1 meq/kg Max FDA Approved Pastille form allows for easy handling Kosher Certified

Pationic® 907

Pationic® 907 is a 94.5% unsaturated, distilled monoglyeride and mixed with Asorbic Acid and Tocopherols

Derived from natural fats and oils, this is often used as internal lubricant in PVC, and can also be used as an anti-fogging agent, flow modifier, and dispersing agent. Free Fatty Acid 1.20% Max Free Glycerine 1.20% Max Iodine Value 80 Min 115 Max Monoglyceride 94.50% Min Peroxide Value meq/kg: 2.00 max FDA Approved Wash off resistant Kosher Certified

Pationic® 909

Pationic® 909 is a glycerol monostearate (GMS) with 99% mono glyceride and 1% triglycerides. It can be used in PP, PE and EPS. This product is certified Kosher.

Derived from natural fats and oils, this is often used as internal lubricant in PVC, and can also be used as an anti fogging agent, flow modifier, and dispersing agent. Capillary Melt Point C: 72 - 75 Free Fatty Acid %: 1.20 max Free Glycerine %: 1.50 max Gardner Color: 3 max Iodine Value: 3 max Monoglyceride %: 95 min Sieve (100 Mesh Through) %: 98 - 100 Sieve (200 Mesh Through) %: 90 - 100 Triglyceride %: 1 max

Pationic® 915

Pationic® 915 is a glycerol monostearate (GMS) with 95% monoglyceride

Derived from natural fats and oils, this is often used as internal lubricant in PVC, and can also be used as an anti fogging agent, flow modifier, and dispersing agent. Free Fatty Acid 1.2% Max Free Glycerine 1.5% Max Iodine Value 5 Max Monoglyceride 92% Min FDA Approved Produced to polymer additive heat stability standards Kosher Certified

Pationic® 919

Pationic® 919 is a glycerol tristearate (GTS) with 99-100% triglycerides. It can be used as an external lubricant or mold release. This product is certified Kosher.

Pationic® products offer diverse solutions for antistats, antifog, lubricants and mold releases. Capillary Melt Point °C: 65 - 73 Free Fatty Acid %: 1 max Free Glycerine %: 1 max Gardner Color: 3 max Iodine Value: 3 max Sieve (100 Mesh Through) %: 98 - 100 Triglyceride %: 95 - 100 High purity Narrow particle size Stability Continuous and homogeneous

Pationic® 930

Pationic® 930 is a lactic acid derivative. It can be used as a general purpose acid acceptor. This product is certified Kosher.

Pationic® products offer diverse solutions for antistats, antifog, lubricants and mold releases. Calcium %: 4.20 - 5.20 Gardner Color: 9 max Melting Point °C: 45 - 55 pH: 5 - 7 Sieve (20 Mesh Through) %: 99 min Lubricant and neutralizer

Pationic®1083

Pationic® 1083 is a glycerol mono oleate product and has a 52% minimum alpha-monoester content

Derived from natural fats and oils, this is often used as internal lubricant in PVC, and can also be used as an antifogging agent, flow modifier and dispersing agent. Free Fatty Acid 1.0% Max Free Glycerine 1.5% Max Iodine Value 70 Min 80 Max Monoglyceride 52% Min FDA Approved Kosher

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® 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

Regular, Powder

Manufactured using the fusion process. The regular grade is often used for general purposes & ceramics.

Calcium stearate is a carboxylate which is formed from stearic acid and calcium oxide. Its primary uses are as a flow agent, stabilizer, thicker, and surface conditioner. Appearance: white powder Melting Point: 160 °C Insoluble in H2O Great tin uses such as thin fibers and films. Does not melt , but will reach plastic phase at a normal processing temperature. Great catalyst/neutralizer.

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

Stoner® P53601R

Dissolves and removes resin buildup from mold without dulling the surface.

Blend of solvents to dissolve and remove mold by removing release agents and resin buildups. Appearance: clear liquid Odor: aromatic solvent Boiling Point: 87 C Insoluble in H2O Excellent for cleaning brushes and equipment. Very useful in removing buildup created by waxes. Brush and equipment cleaning remove wax and resin buildup

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.

TEP Liquid

Clear, colorless liquid used as a solvent in many applications and carries flame retardant attributes.

Eastman™ TEP (Triethyl Phosphate) is a process solvent that can also be used as a plasticizer for tough, fire-resistant plastics. Commonly used as an intermediate for agricultural chemicals when preparing TEPP (tetraethyl pyrophosphate). Appearance: Clear, colorless liquid Molecular weight: 182.16 Flash point: 99°C (210°F) Boiling point: 209°C (408°F) Specific gravity @ 20°C/20°C: 1.067-1.072 Viscosity @ 20°C: 1.76 cP Viscosity @ 71°C: 0.82 cP CAS: 78-40-0 Effective viscosity reducer in systems filled with aluminum trihydrate (ATH) Enhanced flame resistance in ATH systems Resin intermediates - Used as a viscosity reducer and flame retardant Oil field drilling chemicals - TEP is used in the manufacturing of oil and gas well fracturing agents known as fracturing gels Oil extraction aid - Used as a stimulant for deep wells (most US production) Polyester production - Used in the production of PET, evidently as a catalyst Silicate glass produciton - Used to incorporate phosphorous into silicate glass

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™ 705

Nonylphenol-free phosphite antioxidant, designed as a drop-in replacement for TNPP with a 20% lower loading rate.

WESTON™ 705 is an industry pioneering phosphite stabilizer which is free of nonylphenol. It can be used in a variety of polymer systems such as HDPE, LLDPE, SBR, NBR, SBC, SBS, ABS, PVC. WESTON™ 705 reduces both plate-out and gel formation by a factor of 10. Based on proprietary chemistry and technology, it has been developed to replace TNPP in food-contact applications. Appearance: Colorless liquid free of particulates Phosphorus Content: 5.2% Assay: > 98% Specific Gravity (@ 25°C, @ 15°C): 1.004, 1.035 Acid Number: <0.5 mg KOH/g Nonylphenol-free Drop-in replacement for TNPP, able to reduce loading by 20% while matching TNPP performance Superior solubility in PE Compared to AO168/ALKANOX® 240: Tenfold reduction in plate-out Tenfold reduction in gel formation 90% less additive blooming Threefold improvement in melt flow retention allows for increased usage of regrind Threefold improvement in color retention upon exposure to NOx gas Broad food contact approvals Food packaging

WESTON™ 705T

Nonylphenol-free phosphite antioxidant, designed as a drop-in replacement for TNPP with a 20% lower loading rate. Similar to WESTON™ 705 but with improved hydrostability.

WESTON™ 705T is an industry pioneering phosphite stabilizer which is free of nonylphenol. It can be used in a variety of polymer systems such as HDPE, LLDPE, SBR, NBR, SBC, SBS, ABS, PVC. Based on proprietary chemistry and technology, it has been developed to replace TNPP in food-contact applications. It has improved hydrostability when compared to WESTON™ 705. Appearance: Colorless liquid free of particulates Phosphorus Content: 5.0% Assay: >98% Specific Gravity @ 25 °C: 1.004-1.035 Acid Number: <0.5 mg KOH/g TIPA Content: 0.5% Nonylphenol-free Drop-in replacement for TNPP, able to reduce loading by 20% while matching TNPP performance Superior solubility in PE Compared to AO168/ALKANOX® 240: Tenfold reduction in plate-out Tenfold reduction in gel formation 90% less additive blooming Threefold improvement in melt flow retention allows for increased usage of regrind Threefold improvement in color retention upon exposure to NOx gas Broad food contact approvals Food packaging

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™ 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

WESTON™ TPP

Versatile aryl phosphite ester antioxidant that regulates viscosity, improves color, and prevents scorch in a variety of polymers.

WESTON™ TPP is a phosphite ester antioxidant that can be used in a variety of materials, including adhesives, coatings, styrenics, and polyurethanes to improve color stability, prevent scorch, and regulate viscosity. Acts as a catalyst adjuvant when used in polyolefins. Appearance: Clear liquid Specific Gravity @ 25 °C: 1.180-1.186 Acid Number: 0.20 mg KOH/g max Refractive Index @ 25 °C: 1.5880-1.5900 Phosphorus Content: 10% Color (APHA, Pt/Co): 50 max Molecular Weight: 310 g/mol Flash Point (Closed Cup): 146 °C Viscosity @ 38 °C: 10.2 cps Density @ 25 °C: 1.18 g/mL Vapor Pressure @ 5 mm Hg: 205 °C Soluble: Most aprotic organic solvents Insoluble: Water Regulates viscosity and improves color stability in polyester Catalyst adjuvant in polyolefins Prevents scorch during curing in polyurethanes Styrenics, engineering thermoplastics

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.