22, Powder

Neutralizer and lubricant in plastics & metal processing. It is protective of decorative coatings as well as lubricant in the manufacturing of pharmaceutical products.

This product has strong lubrication characteristics, thickening ability, thermal stability, and water-repellent characteristics. Total Ash % 9.00 – 11.50 Fineness % Thru 20 Mesh: 100.00 min Fineness % Thru 200 Mesh: 90.00 – 100.00 Fineness % Thru 40 Mesh: 99.80 – 100.00 Free Fatty Acids (As Stearic)%: 2.00 – 7.00 Water %: 0.00 – 1.00 Water Soluble Salts %: 0.00 – 1.00 Softening Temperature °C: 140.0 – 180.0 Appearance: Free Flowing White Powder White powder Insoluble in water

2-Ethylhexyl Acrylate

2-Ethylhexyl Acrylate (2-EHA) is insoluble in water but also less dense than water. It has a sweet pleasant odor, is clear and color less.

Building blocks for polymer manufacturing and as a feedstock for chemical synthesis. Appearance: clear and colorless Physical Form: liquid Odor: sweet Molar Mass: 184.3 Assay (Gas chromatography) - min 99.6% Water Content (ASTM E 203) - max. 0.05% Acid Content (ASTM D 1613) - max. 0.009% Color on despatch (ASTM D 1209) - max. 10 Standard Stabilization (ASTM D 3125) 15+/- 5ppm MEHQ Readily undergoes addition reactions

AAA (Acetoacetanilide)

White powder that is used in conjunction with styrenated resins to form pigments and agricultural chemicals.

Eastman™ AAA is often used as an intermediate to manufacture pigments, dyes, and fungicides. When used as a copromoter can be blended with DMAA at a 70/30 (DMAA/AAA) ratio resulting in superior performance compared to DMA in equal concentrations in resins utilizing neopentyl glycol. Appearance: White to off-white powder Assay: 99.8% Specific gravity @ 20°C/20°C: 1.26 Flash point open cup: 167°C (332°F) Flash point closed cup: 150°C (302°F) Fire point: 178°C (352°F) CAS: 102-01-2 Low color and toxicity as a copromoter Accelerates reactions in polyester resins and pigment manufacturing Good performance in producing yellow pigments Used as an intermediate for pigments, dyes, paints, graphic arts and agricultural chemicals. AAA is also used as a co-promoter for unsaturated polyesters.

Butyl Acrylate

Butyl acrylate (BA) is an acrylic acid ester with a sharp pungent odor. It is somewhat less dense than water and forms a slick surface on water.

Building blocks for polymer manufacturing and chemical manufacturing. Appearance: clear and colorless Physical Form: liquid Odor: pungent Molar Mass: 128.2 Assay (Gas chromatography) - min 99.5% Water Content (ASTM E 203) - max. 0.05% Acid Content (ASTM D 1613) - max. 0.01% Color on despatch (ASTM D 1209) - max. 10 Standard Stabilization (ASTM D 3125) 15+/- 5ppm MEHQ Forms copolymers and homopolymers Useful for feedstock synthesis Very slightly soluble in water

CA-394-60LF

CA-394-60LF is a low odor cellulose acetate with a very high melting point.

CA-394-60LF provides high strength and good resistance to UV light, hear, oils, and greases in various lacquers. It can be used in lacquers for glass, plastic, wire, and release coatings. ASTM-A viscosity, sec: 24 - 44 Acetyl by titration, wt%: 40.0 +/- 0.5 Moisture, wt%: 5.0 (max) Chemical resistant Provides high strength Good weather-ability Non-yellowing Good flow and leveling Pigment dispersion medium Provides metallic pigment control Redissolve resistance Intercoat adhesion

CA-398-10

CA-398-10 is a medium viscosity cellulose acetate. It gives high strength and excellent chemical resistance in coatings and adhesives.

CA-398-10 offers excellent chemical resistant, a high glass transition temperatures and produce tough and hard films. Cellulose acetates are soluble in strong solvents like acetone, methyl ethyl ketone, and ethyl acetate. They are compatible with plasticizers such as dimethyl phthalate or triacetin. The melting point and harness are relatively high. In membranes cellulose acetates (CA) provide strong, clear, chlorine resistant films. ASTM-A viscosity, sec: 8.0 - 13.0 Acetyl by titration, wt%: 39.8 +/- 0.5 Moisture, wt%: 3.0 (max) Chemical resistant Provides high strength Good weather-ability Non-yellowing Good flow and leveling Pigment dispersion medium Provides metallic pigment control Redissolve resistance Intercoat adhesion Membrane material

CA-398-3

CA-398-3 is the lowest viscosity grade of the cellulose acetate range. It is used as additive in protective coatings for electronics, adhesives and plastic products.

CA-398-3 provides performance benefits in solvent- and grease-resistant coatings for textile, wire and paper products, barrier and release coatings for adhesives, protective coatings for plastic items and membrane material. Cellulose acetates are only soluble in strong solvents like acetone, methyl ethyl ketone, and ethyl acetate. They are compatible with plasticizers such as dimethyl phthalate or triacetin. The melting point and harness are relatively high. In membranes cellulose acetates (CA) provide strong, clear, chlorine resistant films. ASTM-A viscosity, sec: 2.0 - 4.0 Acetyl by titration, wt%: 39.8 +/- 0.5 Moisture, wt%: 3.0 (max) Chemical resistant Provides high strength Good weather-ability Non-yellowing Good flow and leveling Pigment dispersion medium Provides metallic pigment control Redissolve resistance Intercoat adhesion Membrane material

CA-398-30

CA-398-30 is the highest viscosity grade in the cellulose acetate range. It provides valuable properties in protective coatings.

CA-398-13 offers excellent chemical resistant, a high glass transition temperatures and produce tough and hard films. Cellulose acetates are soluble in strong solvents like acetone, methyl ethyl ketone, and ethyl acetate. They are compatible with plasticizers such as dimethyl phthalate or triacetin. The melting point and harness are relatively high. In membranes cellulose acetates (CA) provide strong, clear, chlorine resistant films. In membranes cellulose acetates (CA) provide strong, clear, chlorine resistant films. ASTM-A viscosity, sec: 8.0 - 13.0 Acetyl by titration, wt%: 39.8 +/- 0.5 Moisture, wt%: 3.0 (max) Chemical resistant Provides high strength Good weather-ability Non-yellowing Good flow and leveling Pigment dispersion medium Provides metallic pigment control Redissolve resistance Intercoat adhesion Membrane material

CA-398-6

CA-398-6 is a low viscosity cellulose acetate. It can be used as a performance additive in tapes and sealants.

CA-398-6 offers excellent chemical resistant, a high glass transition temperatures and produce tough and hard films. Cellulose acetates are soluble in strong solvents like acetone, methyl ethyl ketone, and ethyl acetate. They are compatible with plasticizers such as dimethyl phthalate or triacetin. The melting point and harness are relatively high. In membranes cellulose acetates (CA) provide strong, clear, chlorine resistant films. ASTM-A viscosity, sec: 5.0 - 7.0 Acetyl by titration, wt%: 39.8 +/- 0.5 Moisture, wt%: 3.0 (max) Chemical resistant Provides high strength Good weather-ability Non-yellowing Good flow and leveling Pigment dispersion medium Provides metallic pigment control Redissolve resistance Intercoat adhesion Membrane material

CAB-171-15

CAB-171-15 has the lowest butyryl content grade in the CAB range, offering superior hardness and toughness.

CAB-171-15 is a cellulose ester resin with a low butyryl content and high viscosity content. It is one of the toughest CABs. It is recommended for thermoplastic lacquers with a good resistance to chemicals, solvents or heat are required, such as wire coatings, textile coatings, and printable films. This grade has limitations in compatibility though. Viscosity ASTM-A, sec: 14 - 24 Acetyl by GC, wt%: 28 - 31 Butyryl by GC, wt%: 16.5 - 19 Free acidity, ppm: 300 Max Moisture, wt%: 3.0 Max Hydroxyl, wt%: 0.8 - 1.4 Film toughness Heat resistance Improves flow and leveling Reduces cratering Reduces dry time Provides polishability Improves sprayability Pigment dispersion medium Metallic pigment control Redissolve resistance Sag resistance Enhanced color uniformity Decreased sand scratch telegraphing Intercoat adhesion

CAB-321-0.1

CAB-321-0.1 is a cellulose ester resin with a low butyryl content. The low viscosity permits higher solids concentrations.

CAB-321-0.1 is a cellulose ester resin with a low butyryl content low high viscosity content. Cellulose esters provide excellent color and color retention, film toughness, flexible films, flow control and anti-corrosion. Main applications are in curing inks and coatings for metal, wood, textiles, cloth, paper, plastic, and leather. Viscosity ASTM-A, sec: 14 - 24 Acetyl by GC, wt%: 28 - 31 Butyryl by GC, wt%: 16.5 - 19 Free acidity, ppm: 300 Max Moisture, wt%: 3.0 Max Hydroxyl, wt%: 0.8 - 1.4 Film toughness Heat resistance Improves flow and leveling Reduces cratering Reduces dry time Provides polishability Improves sprayability Pigment dispersion medium Metallic pigment control Redissolve resistance Sag resistance Enhanced color uniformity Decreased sand scratch telegraphing Intercoat adhesion

CAB-381-0.1

CAB-381-0.1 is a cellulose ester resin with a medium butyryl content and has the lowest molecular weight of the 381 range. This product is designed for use in curing coatings and inks.

CAB-381-0.1 is with its medium butyryl content soluble and compatible with many resins and plastizers. It provides excellent color and color retention, film toughness, flexible films, flow control and anti-corrosion. Main applications are in curing inks and coatings for metal, wood, textiles, cloth, paper, plastic, and leather. Viscosity ASTM-A, sec: 0.07 - 0.16 Acetyl by GC, wt%: 12 - 15 Butyryl by GC, wt%: 36 - 40 Free acidity, ppm: 300 Max Moisture, wt%: 3.0 Max Hydroxyl, wt%: 1.0 - 2.0 Improve flow and leveling Reduce cratering Reduce dry time Provide polishability Improve sprayability Pigment dispersion medium Metallic pigment control Redissolve resistance Sag resistance Enhanced color uniformity Decreased sand scratch telegraphing Intercoat adhesion

CAB-381-0.5

CAB-381-0.5 is a cellulose ester with low viscosity and medium butyryl content. It is designed for relatively high solid applications.

CAB-381-0.5 is a general purpose cellulose ester and recommended for many types of coatings and inks. It provides excellent color, flexibility, flow control, pigment dispersion and weather resistance. 381 is compatible with many resins and is soluble in low-cost solvent systems. This low viscosity 381 provides wetting and adhesion improvement in inks. In coatings improved metal flake orientation, resistance to redissolve from the topcoat solvents and excellent sprayability are key benefits. CAB-381-0.5 is commonly used in nail coatings for its compatibility, it improves dry-time and flexibility of nail clearcoats. Viscosity ASTM-A, sec: 0.33 - 0.55 Acetyl by GC, wt%: 12 - 15 Butyryl by GC, wt%: 36 - 40 Free acidity, ppm: 300 Max Moisture, wt%: 3.0 Max Hydroxyl, wt%: 1.0 - 2.0 Improve flow and leveling Reduce cratering Reduce dry time Provide polishability Improve sprayability Pigment dispersion medium Metallic pigment control Redissolve resistance Sag resistance Enhanced color uniformity Decreased sand scratch telegraphing Intercoat adhesion

CAB-381-2

CAB-381-2 is a resin with a high viscosity. It is effective in increasing cold-crack resistance and results in greater film toughness.

CAB-381-2 is a cellulose ester resin with medium butyryl content and high viscosity level. It improves dimensional stability, better toughness, and mechanical characteristics. It can be used as a film former, as an additive to other film formers, and as a reactive polyol in curing coatings. Viscosity ASTM-A, sec: 1.2 - 2.8 Acetyl by GC, wt%: 12 - 15 Butyryl by GC, wt%: 36 - 40 Free acidity, ppm: 300 Max Moisture, wt%: 3.0 Max Hydroxyl, wt%: 1.0 - 2.0 Improve flow and leveling Reduce cratering Reduce dry time Provide polishability Improve sprayability Pigment dispersion medium Metallic pigment control Redissolve resistance Sag resistance Enhanced color uniformity Decreased sand scratch telegraphing Intercoat adhesion

CAB-381-2 BP

CAB-381-2 BP is similar to CAB-381-2 designed to meet the needs of European formulators.

CAB-381-2 BP is a cellulose ester resin with medium butyryl content and high viscosity level. It improves dimensional stability, better toughness, and mechanical characteristics. It can be used as a film former, as an additive to other film formers, and as a reactive polyol in curing coatings. Viscosity ASTM-A, sec: 0.33 - 0.55 Acetyl by GC, wt%: 12 - 15 Butyryl by GC, wt%: 36 - 40 Free acidity, ppm: 300 Max Moisture, wt%: 3.0 Max Hydroxyl, wt%: 1.0 - 2.0 Improve flow and leveling Reduce cratering Reduce dry time Provide polishability Improve sprayability Pigment dispersion medium Metallic pigment control Redissolve resistance Sag resistance Enhanced color uniformity Decreased sand scratch telegraphing Intercoat adhesion Compliant with European standards

CAB-381-20

CAB-381-20 has the highest viscosity in its range and can be used as both binder and thickener in coatings and inks.

CAB-381-20 is a cellulose ester resins with medium butyryl content and high viscosity. It provides excellent color, greater toughness, better mechanical properties and high cold crack resistance due to improved dimensional stability. CAB-381 products are compatible with many resins and soluble in low-cost solvent systems. Viscosity ASTM-A, sec: 17 - 28 Acetyl by GC, wt%: 12 - 15 Butyryl by GC, wt%: 35 - 39 Free acidity, ppm: 300 Max Moisture, wt%: 3.0 Max Hydroxyl, wt%: 1.4 - 2.2 Improve flow and leveling Reduce cratering Reduce dry time Provide polishability Improve sprayability Pigment dispersion medium Metallic pigment control Redissolve resistance Sag resistance Enhanced color uniformity Decreased sand scratch telegraphing Intercoat adhesion

CAB-381-20 BP

CAB-381-20 BP is a slightly modified version of CAB-381-20 designed to meet the needs of European formulators.

CAB-381-20 BP is a cellulose ester resins with medium butyryl content and high viscosity. It provides greater toughness, better mechanical properties and high cold crack resistance due to improved dimensional stability. CAB-381 products are compatible with many resins and soluble in low-cost solvent systems. Viscosity ASTM-A, sec: 12 -20 Acetyl by GC, wt%: 14 - 17 Butyryl by GC, wt%: 33.0 -38.0 Free acidity, ppm: 300 Max Moisture, wt%: 3.0 Max Hydroxyl, wt%: 0.5 - 1.2 Improve flow and leveling Reduce cratering Reduce dry time Provide polishability Improve sprayability Pigment dispersion medium Metallic pigment control Redissolve resistance Sag resistance Enhanced color uniformity Decreased sand scratch telegraphing Intercoat adhesion Compliant with European standards

CAB-500-5

CAB-500-5 has a high butyryl and low hydroxyl content and medium viscosity. It results in flexible films requiring limited amount of plasticizers.

CAB-500-5 is a cellulose acetate butyrate and used as binder or additive in coatings and inks. With a high butyryl level, CAB-500-5 contributes to high flexibility, high solubility and compatibility with cross-linking resins and plasticizers. It is used in finishes to improve dry-to-touch time, reduce cratering, provide better pigment dispersion and improve coating performance. It has tolerance for nonpolar aliphatic and aromatic hydrocarbons. Viscosity ASTM-A, sec: 3 - 6 Acetyl by GC, wt%: 2.5 -5 Butyryl by GC, wt%: 49 - 53 Free acidity, ppm: 300 Max Moisture, wt%: 3.0 Max Hydroxyl, wt%: 0.8 - 1.2 Improve flow and leveling Reduce cratering Reduce dry time Provide polishability Improve sprayability Pigment dispersion medium Metallic pigment control Redissolve resistance Sag resistance Enhanced color uniformity Decreased sand scratch telegraphing Intercoat adhesion

CAB-531-1

CAB-531-1 is a high butyryl cellulose ester resin. It provides tough films with good marring resistance.

CAB-531-0.1 is used as binder or additive in coatings and inks. The high butyryl level provides high flexibility, high solubility, good adhesion and compatibility with cross-linking resins and plasticizers. It is used in finishes to improve dry-to-touch time, reduce cratering, provide better pigment dispersion and improve coating performance. Viscosity ASTM-A, sec: 1.3 - 2.6 Acetyl by GC, wt%: 2 - 4 Butyryl by GC, wt%: 48 - 52 Free acidity, ppm: 300 Max Moisture, wt%: 3.0 Max Hydroxyl, wt%: 1.1 - 2.1 Improve flow and leveling Reduce cratering Reduce dry time Provide polishability Improve sprayability Pigment dispersion medium Metallic pigment control Redissolve resistance Sag resistance Enhanced color uniformity Decreased sand scratch telegraphing Intercoat adhesion

CAB-551-0.01

CAB-551-0.01 is the lowest viscosity cellulose ester resin with the highest butyryl substitution.

CAB-551-0.01 is used as binder or additive in coatings and inks. The high butyryl level contributes to high flexibility, high solubility and compatibility with cross-linking resins and plasticizers. Due to its low molecular weight, 551-0.01 provides better flow and wetting. It is used in cross-linked finishes to improve dry-to-touch time, reduce cratering, provide better pigment dispersion and improve coating performance. It is soluble in monomers, like styrene. CAB-551-0.01 can be used by pultruders to enable higher pultrusion speed and prevent internal/external cracking. Viscosity ASTM-A, sec: 0.01 Acetyl by GC, wt%: 4 Max Butyryl by GC, wt%: 50-54 Free acidity, ppm: 300 Max Moisture, wt%: 3.0 Max Hydroxyl, wt%: 1.6 - 2.4 Improve flow and leveling Reduce cratering Reduce dry time Provide polishability Improve sprayability Pigment dispersion medium Metallic pigment control Redissolve resistance Sag resistance Enhanced color uniformity Decreased sand scratch telegraphing Intercoat adhesion Improve pultrusion speed Prevent pultrusion cracking

CAB-551-0.2

CAB-551-0.2 is a high butyryl, and relatively low molecular weight resin. It is compatible with numerous cross-linking resins.

CAB-551-0.2 is cellulose ester used as binder or additive in coatings and inks. With the high butyryl level, CAB-551 contributes to high flexibility, high solubility and compatibility with cross-linking resins and plasticizers. It is widely used in cross-linked finishes to improve dry-to-touch time, reduce cratering, provide better pigment dispersion and improve coating performance. It is soluble in monomers, like styrene. CAB-551-0.2 can be used by pultruders to enable higher pultrusion speed and prevent internal/external cracking. Viscosity ASTM-A, sec: 0.16 - 0.25 Acetyl by GC, wt%: 4 Max Butyryl by GC, wt%: 49.0 Free acidity, ppm: 300 Max Moisture, wt%: 3.0 Max Hydroxyl, wt%: 1.4 - 2.4 Improve flow and leveling Reduce cratering Reduce dry time Provide polishability Improve sprayability Pigment dispersion medium Metallic pigment control Redissolve resistance Sag resistance Enhanced color uniformity Decreased sand scratch telegraphing Intercoat adhesion Improve pultrusion speed Prevent pultrusion cracking Soluble in alcohol

CAB-553-0.4

CAB-553-0.4 is a high butyryl, high hydroxyl cellulose ester resin. It is soluble in alcohols.

CAB-553-0.4 is used as binder or additive in various types of coatings and inks. The high butyryl level provides high flexibility, high solubility and compatibility with cross-linking resins and plasticizers. It is used in cross-linked finishes to improve dry-to-touch time, reduce cratering, provide better pigment dispersion and improve coating performance. CAB-553 is soluble in alcohol and organic solvents, it even tolerates a substantial portion of water. CAB-553-0.4 is also used in nail care products for its compatibility and solubility in alcohols. it provides improved clear film, flow and dry-time. Viscosity ASTM-A, sec: 0.16 - 0.40 Acetyl by GC, wt%: 4 Max Butyryl by GC, wt%: 44- 50 Free acidity, ppm: 300 Max Moisture, wt%: 3.0 Max Hydroxyl, wt%: 4.0 - 5.0 Soluble in alcohol Improve flow and leveling Reduce cratering Reduce dry time Provide polishability Improve sprayability Pigment dispersion medium Metallic pigment control Redissolve resistance Sag resistance Enhanced color uniformity Decreased sand scratch telegraphing Intercoat adhesion

CHDA HP

Excellent thermal stability for lower resin color and good humidity resistance.

Eastman™ CHDA HP is a cycloaliphatic diacid that offers many benefits to polyester resins for coatings and fiberglass-reinforced plastics. CHDA is approved in US and Europe for use in polyester resins to be used in food contact coatings. Appearance: White to off-white powder Viscosity @ 25°C: 6.9 cP Flash point: 235°C (455°F) Melting point: 164-167°C (327-333°F) Specific gravity @ 20°C/20°C: 1.38 Solubility in water @ 20°C: 1 wt% CAS: 1076-97-7 Rapid esterification Low resin color Harness and flexibility blaance Improved corrosion and stain resistance Better hydrolytic stability Great gloss retention and prevents yellowing Used in polyester resins for coatings and fiberglass-reinforced plastics. Can also be used in improving performance in waterborne, high solids, powder coatings, and coil coating applications.

CHDM D90

In solution of approximately 90% by weight CHDM-D and 10% water. Solution is liquid at room temperature for easier handling.

Eastman™ CHDM-D90 is a cycloaliphatic glycol in liquid form at room temperature. Used mostly to make saturated and unsaturated polyester resins. The 10 weight percent water in CHDM-D90 is removed during heating of the resin reaction process. Can also be used as a glycol modifier with Eastman NPG™ for resins. Appearance: Slightly hazy liquid Viscosity @ 23°C: 915 cP Flash point: 167°C (333°F) Boiling point: 284-288°C (543-550°F) Melting point: 41-61°C (106-142°F) Specific gravity @ 20°C/20°C: 1.02 CAS: 105-08-9 (90%) CAS: 7732-18-5 (10%) Hardness and flexibility balance High crystallinity Excellent humidity and corrosion resistance Good heat resistance Highly reactive hydroxyl groups Rapid esterification and cure Used in many applications such as automotive coatings, paints, industrial coatings, protective coatings, and process additives.

DMAA (Dimethylacetoacetamide)

Liquid containing 20% water, used as a general-purpose copromoter for many unsaturated polyester formulations.

Eastman™ DMAA (N-Dimethylacetoacetamide) is a low color generating copromotor in many resin based formulations. It has shown better performance compared with DMA as a copromoter at equivalent treat rates in PG, NPG, and other glycols. Appearance: Liquid Assay: 79-83 wt% Specific gravity @ 20°C/20°C: 1.06 Flash point open cup: 122°C (252°F) Water: 17-21 wt% Molecular weight: 129.2 CAS: 2044-64-6 Low color and toxicity Easy handling with liquid form Used as a copromoter for paints and coatings and intermediate manufacturing for agricultural chemicals.

DMCD (Dimethyl Cyclohexanedicarboxylate)

Excellent weathering, flexibility and thermal stability in gel coats.

Eastman™ DMCD is a cycloaliphatic diester with low melting capabilities for synthesizing polyesters, polyamides, alkyds, and plasticizers. Similar performance properties to CHDA, except the reaction with glycols is a transesterification where methanol rather than water evolves from the reaction. Appearance: Partially crystallized liquid Viscosity @ 20°C: 8 cP Flash point: 132°C (270°F) Boiling point @ 100 mm Hg: 176°C (349°F) Vapor pressure @ 170.8°C: 50 mm Hg Specific gravity @ 35°C/4°C: 1.102 CAS: 94-60-0 Solid form is easy to melt Lower resin solution viscosity Better resin hydrolytic stability Better coating flexibility Chemical and corrosion resistance Used to formulate waterborne polyester resins for automotive, industrial maintenance, and general metal applications. Can also be used to make polyester polyols for polyurethane coatings.

EAA Kosher

Tautomer at room temperature, its a colorless liquid with a fruity odor.

Eastman™ EAA consists of 8% enol and 92% keto commonly used as a low color-generating copromoter to formulate unsaturated polyester resins. It is soluble in common organic solvents and water to fit many application needs. Appearance: Liquid Molecular weight: 130.14 cP Flash point: 68°C (157°F) Boiling point: 180.8°C (357.4°F) Melting point: -45°C Specific gravity @ 20°C/20°C: 1.03 CAS: 105-45-3 Kosher certified Fruity odor Low color Readily soluble in styrenated resins Used as a copromoter in paints and coatings and used as an intermediate for herbicides and insecticides.

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.

Elvacite® 1035

Very low molecular weight methacrylate polymer. Vinyl end groups are available for further reactions with styrene, acrylates, and acrylonitrile.

Elvacite® thermoplastic acrylic resin copolymers or polymers are seen in solvent-applied high-quality coatings. Due to the wide range of attributes, Elvacite® is suitable for numerous applications. Appearance: Sold bead Glass transition temp, onset: 82°C Molecular weight: 6,000 Brookfield viscosity (cP) @ 50% in toluene: 350 – 640 % Non-volatile (minimum): 98.5 Very low viscosity Improved flow Excellent weatherability and chemical resistance High gloss and hardness Low pigment reactivity Resistance to discoloration Transparency

Elvacite® 2008

Low molecular weight methyl methacrylate copolymer used in lacquers and inks requiring low viscosity at high solids.

Elvacite® thermoplastic acrylic resin copolymers or polymers are seen in solvent-applied high-quality coatings. Due to the wide range of attributes, Elvacite® is suitable for numerous applications. Appearance: Solid beads Specific gravity: 1.18 @ 25°C Glass transition temp, onset: 111°C Particle size (D50): 140 - 240 microns Acid number: 9 Elongation at break (23°C, 50% R.H.): 0.5% Molecular weight: 37,000 Inherent viscosity: 0.172 - 0.194 % Moisture: 0.5 (max) Good pigment dispersion Highest tact temperature

Elvacite® 2008C

Same as Elvacite® 2008 however it's nonreactive and specifically used for reactive systems.

Elvacite® thermoplastic acrylic resin copolymers or polymers are seen in solvent-applied high-quality coatings. Due to the wide range of attributes, Elvacite® is suitable for numerous applications. Appearance: Solid beads Specific gravity: 1.18 @ 25°C Glass transition temp, onset: 111°C Particle size (D50): 140 - 240 microns Acid number: 9 Elongation at break (23°C, 50% R.H.): 0.5% Molecular weight: 37,000 Inherent viscosity: 0.172 - 0.194 % Moisture: 0.5 (max) Good pigment dispersion Highest tact temperature Improves rheology

Elvacite® 2009

Medium molecular weight methyl methacrylate that provides good solubility and flexibility. Softer, more soluble version of Elvacite® 2010.

Elvacite® thermoplastic acrylic resin copolymers or polymers are seen in solvent-applied high-quality coatings. Due to the wide range of attributes, Elvacite® is suitable for numerous applications. Appearance: Solid beads Specific gravity: 1.18 @ 25°C Glass transition temp, onset: 81°C Molecular weight: 83,000 Inherent viscosity: 0.369 - 0.415 % Moisture: 0.5 (max) % Methacrylic acid: 0 Excellent barrier properties Excellent solubility and softness Chip resistance

Elvacite® 2010

Medium molecular weight methyl methacrylate polymer providing high tensile strength and hardness.

Elvacite® thermoplastic acrylic resin copolymers or polymers are seen in solvent-applied high-quality coatings. Due to the wide range of attributes, Elvacite® is suitable for numerous applications. Appearance: Solid beads Specific gravity: 1.20 @ 25°C Glass transition temp, onset: 103°C Molecular weight: 76,000 Particle size (D50): 180 - 200 microns Inherent viscosity: 0.383 - 0.415 % Moisture: 0.5 (max) Excellent barrier properties Excellent solubility and softness

Elvacite® 2014

Medium molecular weight methyl methacrylate copolymer; the softest and most flexible of the copolymer grades and provides great pigment wetting. Elvacite® 2014 also has a wide range of resin compatibility.

Elvacite® thermoplastic acrylic resin copolymers or polymers are seen in solvent-applied high-quality coatings. Due to the wide range of attributes, Elvacite® is suitable for numerous applications. Glass transition temperature (°C): 41 Molecular weight: 119,000 Form: Spherical beads Particle size (D50): 120-200 microns Specific gravity: 1.14 Inherent viscosity b: 0.37-0.43 Acid number: 13 Moisture (% max): 0.5 Tukon hardness, knoop no. 4 Tensile strength, psi 3,500 Elongation at break (23°C, 50% RH): 18% Increased flexibility Soluble in alcohol Increased abrasion resistance Better wear Binder for concrete sealant and coating, traffic paint, clear, translucent or pigmented metal coatings, pigmented coatings to improve pigment wetting, seamless floors

Elvacite® 2016

General purpose low viscosity, low molecular weight methyl methacrylate/n-butyl methacrylate copolymer.

Elvacite® thermoplastic acrylic resin copolymers or polymers are seen in solvent-applied high-quality coatings. Due to the wide range of attributes, Elvacite® is suitable for numerous applications. Glass transition temperature (°C): 59 Molecular weight: 60,000 Form: Spherical beads Particle size (Microtrac® D50): 170 - 265 microns Specific gravity: 1.13 Inherent viscosity b: 0.230-0.255 Acid number: 3.5 Moisture (% max): 0.50 Tukon hardness, knoop No. 8 Tensile strength, psi 2,300 Elongation at break (23°C, 50% RH): 2% Excellent hardness Low hazard High gloss Resistance to UV discoloration Fast dissolving Low viscosity Clear, translucent or pigmented metal coatings, heat seal lacquers, traffic marking paints, inks

Elvacite® 2021C

Elvacite® 2021C is a high molecular weight MMA bead resin with a glass transition temperature of 100°C. It is well suited for reactive flooring, coatings and adhesives.

Elvacite® thermoplastic acrylic resin copolymers or polymers are seen in solvent-applied high-quality coatings. Due to the wide range of attributes, Elvacite® is suitable for numerous applications. Appearance: Solid beads Specific gravity: 1.20 @ 25°C Glass transition temp, onset: 100°C Molecular weight: 119,000 Inherent viscosity: 0.469 - 0.527 % Moisture: 0.5 (max) Excellent barrier properties Excellent solubility and softness Improves toughness and rheology

Elvacite® 2028

Elvacite® 2028 has a low molecular weight therefore making it broad in solubility and compatibility.

Elvacite® thermoplastic acrylic resin copolymers or polymers are seen in solvent-applied high-quality coatings. Due to the wide range of attributes, Elvacite® is suitable for numerous applications. Appearance: Solid beads Specific gravity: 1.11 @ 25°C Glass transition temp, onset: 45°C Molecular weight: 59,000 Particle size (D50): 130-220 microns Acid number: 12 Tukon hardness, knoops no: 6 Tensile strength: 800 psi Elongation at break (23°C, 50% R.H.): 75% Inherent viscosity: 0.226-0.257 % Moisture: 0.8 (max) % Methacrylic acid 1.4 - 2.0 Improved pigment dispersion Can be used in brass coatings Soluble in some alcohols Use in no-reactive resins in reactive coatings

Elvacite® 2041

Very high molecular weight methyl methacrylate polymer for applications requiring abrasion resistance, block resistance and slip.

Elvacite® thermoplastic acrylic resin copolymers or polymers are seen in solvent-applied high-quality coatings. Due to the wide range of attributes, Elvacite® is suitable for numerous applications. Appearance: Solid beads Specific gravity: 1.19 @ 25°C Glass transition temp, onset: 105°C Molecular weight: 447,000 Inherent viscosity: 1.137 - 1.367 Brookfield viscosity (cP) @ 15% in toluene: 200 - 500 % Moisture: 0.75 (max) Reduces shrinkage Controls viscosity Maximum abrasion resistance

Elvacite® 2042

A high molecular weight ethyl methacrylate polymer that is alcohol tolerant and yields tough, abrasion-resistant coatings. Slight softer than Elvacite®2013.

Elvacite® thermoplastic acrylic resin copolymers or polymers are seen in solvent-applied high-quality coatings. Due to the wide range of attributes, Elvacite® is suitable for numerous applications. Appearance: Solid beads Specific gravity: 1.11 @ 25°C Glass transition temp, onset: 65°C Molecular weight: 220,000 Particle size (D50): 110-180 microns Acid number: 0 Tukon hardness, knoops no: 11 Tensile strength: 5,400 psi Elongation at break (23°C, 50% R.H.): 25% Inherent viscosity: 0.768-0.896 % Moisture: 0.5 (max) Dissolves at room temperature High molecular weight Broadly compatible for use in abrasions-resistant coatings

Elvacite® 2042A

Elvacite® 2042A is the same as 2042, however it is non-reactive specifically used in reactive systems.

Elvacite® thermoplastic acrylic resin copolymers or polymers are seen in solvent-applied high-quality coatings. Due to the wide range of attributes, Elvacite® is suitable for numerous applications. Appearance: Solid beads Specific gravity: 1.11 @ 25°C Glass transition temp, onset: 65°C Molecular weight: 220,000 Particle Size (D50): 110-180 microns Acid number: 0 Tukon hardness, knoops no: 11 Tensile strength: 5,400 psi Elongation at break (23°C, 50% R.H.): 25% Inherent viscosity: 0.768-0.896 % Moisture: 0.5 (max) Dissolves at room temperature High molecular weight Broadly compatible for use in abrasions-resistant coatings

Elvacite® 2045

A high molecular weight iso-butyl methacrylate polymer. Elvacite® 2045 is softer than Elvacite® 2042 or 2043.

Elvacite® thermoplastic acrylic resin copolymers or polymers are seen in solvent-applied high-quality coatings. Due to the wide range of attributes, Elvacite® is suitable for numerous applications. Appearance: Solid bead Specific gravity: 1.09 @ 25°C Glass transition temp, onset: 50°C Molecular weight: 193,000 Acid number: 0 Tukon hardness, Knoops No.: 8 Tensile strength: 3.600 psi Elongation at break (23°C, 50% R.H.): 1% Inherent viscosity: 0.59-0.68 % Moisture: 0.3 (max) Microtrac™ D50 particle size, microns: 100-350 Excellent abrasion resistance Excellent flexibility Improved abrasion resistance Excellent re-solubility Clean burn-out characteristics

Elvacite® 2046

A high molecular weight iso-butyl/n-butyl methacrylate useful in aluminum and ceramic finishes and aerosol snows.

Elvacite® thermoplastic acrylic resin copolymers or polymers are seen in solvent-applied high-quality coatings. Due to the wide range of attributes, Elvacite® is suitable for numerous applications. Appearance: Solid bead Specific gravity: 1.08 @ 25°C Glass transition temp, onset: 35°C Molecular weight: 165,000 Acid number: 0 Tukon hardness, Knoops No.: 4 Tensile strength: 2,100 psi Elongation at break (23°C, 50% R.H.): 175% Inherent viscosity: 0.50-0.57 % Moisture: 0.4 (max) Dissolves at room temperature Temporary binder

Elvacite® 2051

High molecular weight, non-reactive methyl methacrylate polymer for use in reactive systems to reduce shrinkage and control viscosity.

Elvacite® thermoplastic acrylic resin copolymers or polymers are seen in solvent-applied high-quality coatings. Due to the wide range of attributes, Elvacite® is suitable for numerous applications. Appearance: Solid beads Specific gravity: 1.25 @ 25°C Glass transition temp, onset: 105°C Molecular weight: 410,000 Inherent viscosity: 1.137 - 1.367 % Moisture: 0.5 (max) Excellent abrasion resistance Nonreactive Block resistance Shrinkage reduction

Elvacite® 2552C

Elvacite® 2552C is specifically designed for transportation finishes such as automotive, motorcycle and bikes. It can be used as a high clear topcoat in multiple coats or as a binder in high gloss base coats

Elvacite® thermoplastic acrylic resin copolymers or polymers are seen in solvent-applied high-quality coatings. Elvacite® 2552 is engineered for use in solvent-based coatings where high gloss and finish depth is required. This polymer is internally plasticized to resist cold cracking and crazing and to provide flexibility over a broad range of temperatures Appearance: Solid beads Specific gravity: 1.08 @ 25°C Glass transition temp, onset: 90°C Molecular weight: 75,000 Acid number: 0 Tukon hardness, knoops no: 15.5 Inherent viscosity: 0.30 - 0.34 % Moisture: 0.5 (max) High gloss and ultra-clear film formation Superior adhesion and durability High solubility in alcohols, ketones and hydrocarbon solvents Internally plasticized to resist cold cracking and crazing Excellent resistance to abrasion and moisture Exceptional UV light and chemical resistance High flexibility over a broad range of temperatures

Elvacite® 2697

Elvacite® 2697 is useful in clear, translucent or pigmented metal lacquers. It is a fast dissolving, low viscosity resin for lacquer and toner use. Elvacite® 2697 is non-reactive for use in reactive systems.

Elvacite® thermoplastic acrylic resin copolymers or polymers are seen in solvent-applied high-quality coatings. Due to the wide range of attributes, Elvacite® is suitable for numerous applications. Glass transition temperature (°C): 50 Molecular weight: 60,000 Form: Spherical beads Particle size (Microtrac® D50): 170 - 265 microns Specific gravity: 1.13 Inherent viscosity b: 0.230-0.255 Acid number: 3.5 Moisture (% max): 0.50 Tukon hardness, knoop no. 8 Tensile strength, psi 2,300 Elongation at break (23°C, 50% RH): 2% Fast dissolving Non-reactive for use in reactive system Low viscosity resin Low molecular weight Clear, translucent or pigmented metal coatings, heat seal lacquers, traffic marking paints, inks, reactive systems to reduce shrinkage and control viscosity.

Elvacite® 2927

Thermoplastic acrylic resin with controlled molecular architecture. The technology has been developed with a VOC limit target of 3.5 lb./gal.

Elvacite® thermoplastic acrylic resin copolymers or polymers are seen in solvent-applied high-quality coatings. Due to the wide range of attributes, Elvacite® is suitable for numerous applications. Specific gravity 1.13 Glass transition temperature (Tg) °C 46 Inherent viscosity b 0.110-0.130 Molecular weight 19,000 Acid number 3.5 Moisture content, (% Max.) 0.65 Low viscosity VOC compliant Lower odor solvents Higher flash solvents High solids

Elvacite® 2971C

High molecular weight methyl methacrylate/n-butyl methacrylate copolymer. Basic midcoat and topcoat formulations are available.

Elvacite® thermoplastic acrylic resin copolymers or polymers are seen in solvent-applied high-quality coatings. Due to the wide range of attributes, Elvacite® is suitable for numerous applications. Appearance: Solid beads Specific gravity: 1.13 @ 25°C Glass transition temp, onset: 59°C Molecular weight: 100,000 Acid number: 3.5 Inherent viscosity: 0.385 - 0.411 % Moisture: 0.5 (max) % Methacrylic acid: 0.50 - 0.70 Dissolves at room temperature Excellent gloss Superior abrasion resistance

Elvacite® 4026

Elvacite® 4026 is often used with "passive" resins such as Elvacite® 2028, 2013, and 2927. Traditional characteristics of "passive" resins can be retained while seeing additional benefits from Elvacite® 4026.

Elvacite® thermoplastic acrylic resin copolymers or polymers are seen in solvent-applied high-quality coatings. Due to the wide range of attributes, Elvacite® is suitable for numerous applications. Appearance: Solid beads Glass transition temp, onset: 75°C Molecular weight: 32,500 Acid number: 0 Faster cure rate Lower formulation viscosity Improved solvent and chemical resistance

Elvacite® 4028

Elvacite® 4028 is a methacrylate copolymer for use in inks, finishing lacquers and plastic coatings. Often used as a general purpose grade as it has a good balance of properties.

Elvacite® thermoplastic acrylic resin copolymers or polymers are seen in solvent-applied high-quality coatings. Due to the wide range of attributes, Elvacite® is suitable for numerous applications. Appearance: Solid beads Glass transition temp, onset: 103°C Molecular weight: 96,000 Inherent viscosity: 0.430 - 0.475 Brookfield viscosity (cP) @ 30% in toluene: 300 - 500 % Moisture: 0.5 (max) Particle size (microns) Microtrac®D50: 120 - 240 Hard resin Fairly flexible

Elvacite® 4044

Elvacite® 4044 is a medium weight butyl methacrylate / methyl methacrylate. It's often used as a general purpose grade with FDA compliance.

Elvacite® thermoplastic acrylic resin copolymers or polymers are seen in solvent-applied high-quality coatings. Due to the wide range of attributes, Elvacite® is suitable for numerous applications. Appearance: Solid beads Glass transition temp, onset: 46°C Molecular weight: 110,000 Particle size (D50): 70 microns min Acid number: 0 Inherent viscosity: 0.372 - 0.394 % Moisture: 0.5 (max) Weather resistance for plastic substrates Relatively soft and flexible acrylic resin Compatible with CAB, CAP, and most formaldehyde bases resins Miscible with phthlate, phosphate and sebacate plasticisers

Elvacite® 4055

Methacrylate copolymer designed for pigment dispersion. Elvacite® 4055 can be used with typical acrylic, alkyd and epoxy resins.

Elvacite® thermoplastic acrylic resin copolymers or polymers are seen in solvent-applied high-quality coatings. Due to the wide range of attributes, Elvacite® is suitable for numerous applications. Appearance: Solid beads Glass transition temp, onset: 76°C Molecular weight: 6,000 Acid number: 7 Inherent viscosity: 0.040 - 0.065 % Moisture: 0.5 (max) % Methacrylic acid: 0.450 - 1.20 Used in universal pigment pasts Wide range of compatibility Dissolves at room temperature

Elvacite® 4059

Similar to Elvacite® 4026 but particularly useful where high solubility or compatibility with a range of monomers is required.

Elvacite® thermoplastic acrylic resin copolymers or polymers are seen in solvent-applied high-quality coatings. Due to the wide range of attributes, Elvacite® is suitable for numerous applications. Appearance: Solid beads Glass transition temp, onset: 40°C Molecular weight: 20,500 Acid number: 0 Enhanced solubility

Elvacite® 4067

Solid acrylic bead resin that has been designed to give good solubility in white spirit for use in combinations with alkyd resins.

Elvacite® 4067 is a solid acrylic bead resin that has been designed for use in combinations with alkyd resins. Elvacite® 4067 has good compatibility with a wide range of short, medium and long oil alkyds and can be used to shorten drying time of alkyd-based coatings. Elvacite® 4067 may also improve color and color stability, and enhance weatherability. Appearance: Solid bead Glass transition temp, onset: 50°C Molecular weight (Mw): 57,000 Improved pigment dispersion Gravure inks as the sole binder or as a modifying resin Adhesives for viscosity modification Enhanced weatherability Shortens dry time Low odor, Higher flash solvents

Elvacite® 4086A

Hard, medium viscosity sold bead resin. Typically used in plastic coatings as it has great compatibility with binders and plasticisers.

Elvacite® thermoplastic acrylic resin copolymers or polymers are seen in solvent-applied high-quality coatings. Due to the wide range of attributes, Elvacite® is suitable for numerous applications. Appearance: Solid beads Specific gravity: 1.13 @ 25°C Glass transition temp, onset: 100°C Molecular weight: 86,000 Inherent viscosity: 0.365 - 0.403 % Moisture: 0.5 (max) Excellent solubility in wide range of solvents Excellent adhesion and surface hardness Alcohol resistance

Elvacite® 4111

A low viscosity, low molecular weight methyl methacrylate/n-butyl methacrylate copolymer for low VOC applications.

Elvacite® thermoplastic acrylic resin copolymers or polymers are seen in solvent-applied high-quality coatings. Due to the wide range of attributes, Elvacite® is suitable for numerous applications. Glass transition temperature (°C): 54 Molecular weight: 32,000 Form: Spherical beads Specific gravity: 1.13 Inherent viscosity b: 0.150 - 0.165 Acid number: 3.5 Moisture (% max): 0.50 Low VOC applications Clear, translucent or pigmented metal coatings

Elvacite® 4149

viscosity resin for coatings, inks, and adhesives.

Similar to Elvacite® 2016 but yields clear solutions in acetone. Elvacite® 4149 is a low molecular weight methyl methacrylate / n-butyl methacrylate copolymer. Elvacite® 4149 works well in clear, translucent or pigmented metal lacquers. It is a quick dissolving, low...

Elvacite® thermoplastic acrylic resin copolymers or polymers are seen in solvent-applied high-quality coatings. Due to the wide range of attributes, Elvacite® is suitable for numerous applications. Appearance: Solid bead Glass transition temp, onset: 50°C Molecular weight (Mw): 60,000 Acid number: 3.5 Inherent viscosity: 0.230 - 0.255 % Moisture: 0.50 (max) % Methacrylic acid: 0.50 - 0.70 High solids Low VOC coatings Acetone solubility Chemical resistant UV stability (non-yellowing / color retention) Protect substrate from UV degradation and plasticizer migration Used as the primary resin for primer coats, color coats protective topcoats for electronics / computers, films, plastic parts, upholstery, tarps, binders, seating, wallpaper, labels (branding), hot stamp foils

Elvacite® 4170

Low molecular weight designed specifically for plastic coatings.

Elvacite® thermoplastic acrylic resin copolymers or polymers are seen in solvent-applied high-quality coatings. Due to the wide range of attributes, Elvacite® is suitable for numerous applications. Dissoluble at room temperature Excellent chemical resistance Low viscosity Appearance: Solid beads Specific gravity: 1.19 @ 25°C Glass transition temp, onset: 105°C Molecular weight: 39,000 Acid number: 0 Inherent viscosity: 0.232 - 0.244 % Moisture: 0.75 (max)

Elvacite® 4188

Elvacite® 4188 is specifically engineered for for systems where improved adhesion is required for difficult metal substrates.

Elvacite® 4188 is a solid bead methacrylate copolymer designed for use in solvent based systems where improved adhesion to difficult metals is required. The product is suitable for variety of metal coatings applications such as automotive and marine coatings. It may also be used for a brass, aluminum and hot stamping applications. Elvacite® 4188 demonstrates excellent adhesion to plastic substrates such as PS, ABS, and PVC. Appearance: Solid beads Glass transition temp, onset: 61°C Molecular weight: 55,000 Particle size (D50): 100 - 350 microns Acid number: 10 Brookfield viscosity (cP) @ 40% in toluene: 350 - 550 Inherent viscosity: 0.230 - 0.255 % Moisture: 0.5 (max) % Acid: 0.80 - 1.6 Improved adhesion to a variety of difficult metal substrates such as aluminum , brass and galvanized steel Excellent outdoor durability Exceptional resistance to abrasion and moisture Excellent ultraviolet and chemical resistance Resistance to UV degradation

Elvacite® 4331

Solvent-free methacrylate copolymer resin, with excellent compatibility and water-white clarity. Suitable for preparation of universal pigment pastes, this resin yields a lower solution viscosity compared to similar products, allowing for heavier pigment loading.

Elvacite® thermoplastic acrylic resin copolymers or polymers are seen in solvent-applied high-quality coatings. Due to the wide range of attributes, Elvacite® is suitable for numerous applications. Appearance: Solid beads Glass transition temp, onset: 61°C Molecular weight: 4,000 Acid number: 7 Inherent viscosity: 0.035 - 0.060 % Moisture: 0.5 (max) % Methacrylic acid: 0.450 - 0.75 Compatibility with wide range of pigments and resins Low viscosity solutions Solvent free Water-white clarity

Elvacite® 4346

Specifically designed for environmentally friendly sound coatings and adhesives.

Elvacite® thermoplastic acrylic resin copolymers or polymers are seen in solvent-applied high-quality coatings. Due to the wide range of attributes, Elvacite® is suitable for numerous applications. Appearance: Solid bead Glass transition temp, onset: 74°C Molecular weight: 22,000 Acid number: 0 Amine number: 18 Solvent free Excellent solubility in VOC except solvents Improves inorganic pigment dispersion

Elvacite® 4347

Specifically designed to improve metal adhesion, Elvacite® 4347 will work with unprimed and untreated metals.

Elvacite® thermoplastic acrylic resin copolymers or polymers are seen in solvent-applied high-quality coatings. Due to the wide range of attributes, Elvacite® is suitable for numerous applications. Appearance: White, non-dusting beads Glass transition temp, onset: 50°C Molecular weight: 140,,000 Acid Value: 7.5 mg KOH/g Solubility Parameter: 9.3 Provides excellent metal adhesion Soluble in common solvents Toughness and outdoor durability Flexibility

Elvacite® 4348

Acrylic resin that offers excellent adhesion to substrates specifically when wet. Often seen used in concrete and masonry.

Elvacite® thermoplastic acrylic resin copolymers or polymers are seen in solvent-applied high-quality coatings. Due to the wide range of attributes, Elvacite® is suitable for numerous applications. Appearance: White, non-dusting bead Tg (°C): 55 Molecular Weight: 55,000 Acid Value: 3.5 mg KOH/g Gardner Viscosity, 25°C: O-U @ 40% solids in toluene Excellent adhesion to substrates when dry or water saturated Improved creep resistance

Elvacite® 4402

Hydroxyl-functional, methacrylate copolymer for use in thermoset coatings and adhesives. Specifically used in environmentally friendly formulations.

Elvacite® thermoplastic acrylic resin copolymers or polymers are seen in solvent-applied high-quality coatings. Due to the wide range of attributes, Elvacite® is suitable for numerous applications. Appearance: Solid beads Glass transition temp, onset: 76°C Molecular weight: 40,000 Hydroxyl number: 9 Acid number: 5 Inherent viscosity: 0.16 Solvent free Superior chemical resistance Excellent outdoor durability and UV resistance Favourable balance of flexibility and hardness Low molecular weight

Elvacite® 75

Medium molecular weight methyl methacraylate copolymer. Elvacite® 75 is compatible with Elvacite® 2008, 2009, 2010, 2013, 2021, 2041, and 2051.

Elvacite® thermoplastic acrylic resin copolymers or polymers are seen in solvent-applied high-quality coatings. Due to the wide range of attributes, Elvacite® is suitable for numerous applications. Appearance: Solid bead Specific gravity: 1.19 @ 25° C Glass transition temp, onset: 113°C Molecular weight: 100,000 Solid surface seam sealer Improved chemical and abrasion resistance Primary binder Soluble in various solvent systems

ETHOCEL™ Standard 10 Industrial

ETHOCEL™ Standard 10 Industrial is a thickener for solvent based systems. It is an ethylcellulose with a high purity and provides consistent performance.

ETHOCEL™ acts as binder, tough & flexible film former, water-barrier and rheology modifier. It is mainly used in coatings, adhesives, conductive inks and electronics. Ethylcellulose functions as a thermoplastic polymer, is soluble in most common solvents and compatible with most plasticizers. ETHOCEL™ Standard 10 has a low viscosity of 10 cP and an ethoxyl content of 49%. Viscosity: 9.0 - 11.0 mPa.s Ethoxyl content, assay: 48.0-49.5% wt Loss on drying, moisture: 2.0% wt Max Chloride (as NaCl): 0.15% Max Organosoluble Thermoplastic High compatibility with plasticizers and solvents Low sodium content Low ash content Colorless Clean burnout

ETHOCEL™ Standard 10 Premium

ETHOCEL™ Standard 10 Premium is Pharma compliant and similar to ETHOCEL™ Standard 10 Industrial.

ETHOCEL™ acts as binder, tough & flexible film former, water-barrier and rheology modifier. It is mainly used in coatings, adhesives, conductive inks and electronics. Ethylcellulose functions as a thermoplastic polymer, is soluble in most common solvents and compatible with most plasticizers. ETHOCEL™ Standard 10 has a low viscosity of 10 cP and an ethoxyl content of 49%. Viscosity: 9.0 - 11.0 mPa.s Ethoxyl content, assay: 48.0-49.5% wt Loss on drying, moisture: 2.0% wt Max Chloride (as NaCl): 0.15% Max Pharma compliant Organosoluble Thermoplastic Highly compatible with plasticizers and solvents Low sodium content Low ash content Colorless Clean burnout

ETHOCEL™ Standard 100 Industrial

ETHOCEL™ Standard 100 Industrial is a solvent based cellulose ether thickener. It has a ethoxyl content of 49% and yields a viscosity of 100 cP at moderate addition level.

ETHOCEL™ acts as binder, tough & flexible film former, water-barrier and rheology modifier. It is mainly used in coatings, adhesives, conductive inks and electronics. Ethylcellulose functions as a thermoplastic polymer, binder and film former. It is soluble in most common solvents and compatible with most plasticizers. Viscosity: 90.0 - 110.0 mPa.s Ethoxyl content, assay: 48.0-49.5% wt Loss on drying, moisture: 2.0% wt Max Chloride (as NaCl): 0.15% Max Organosoluble Thermoplastic High compatibility with plasticizers and solvents Low sodium content Low ash content Colorless Clean burnout

ETHOCEL™ Standard 20 Industrial

ETHOCEL™ Standard 20 Industrial is a solvent based cellulose thickener with a viscosity of 20 cP.

ETHOCEL™ acts as binder, tough & flexible film former, water-barrier and rheology modifier. It is mainly used in coatings, adhesives, conductive inks and electronics. Ethylcellulose functions as a thermoplastic polymer, is soluble in most common solvents and compatible with most plasticizers. ETHOCEL™ Standard 20 an ethoxyl content of 49%. Viscosity: 18.0 - 22.0 mPa.s Ethoxyl content, assay: 48.0-49.5% wt Loss on drying, moisture: 2.0% wt Max Chloride (as NaCl): 0.15% Max Organosoluble Thermoplastic High compatibility with plasticizers and solvents Low sodium content Low ash content Colorless Clean burnout

ETHOCEL™ Standard 200 Industrial

ETHOCEL™ Standard 200 Industrial is solvent based thickener. It is a cellulose ether yielding a viscosity of 200 cP at moderate addition level.

ETHOCEL™ acts as binder, tough & flexible film former, water-barrier and rheology modifier. It is mainly used in coatings, adhesives, conductive inks and electronics. Ethylcellulose functions as a thermoplastic polymer, binder and film former. It is soluble in most common solvents and compatible with most plasticizers. Viscosity: 180.0 - 220.0 mPa.s Ethoxyl content, assay: 48.0-49.5% wt Loss on drying, moisture: 2.0% wt Max Chloride (as NaCl): 0.15% Max Organosoluble Thermoplastic High compatibility with plasticizers and solvents Low sodium content Low ash content Colorless Clean burnout

ETHOCEL™ Standard 300 Industrial

ETHOCEL™ Standard 300 Industrial is cellulose ether thickener for solvent based systems. It has the highest viscosity of the ETHOCEL™ range.

ETHOCEL™ acts as binder, tough & flexible film former, water-barrier and rheology modifier. It is mainly used in coatings, adhesives, conductive inks and electronics. Ethylcellulose functions as a thermoplastic polymer, binder and film former. It is soluble in most common solvents and compatible with most plasticizers. Viscosity: 270.0 - 330.0 mPa.s Ethoxyl content, assay: 48.0-49.5% wt Loss on drying, moisture: 2.0% wt Max Chloride (as NaCl): 0.15% Max Organosoluble Thermoplastic High compatibility with plasticizers and solvents Low sodium content Low ash content Colorless Clean burnout

ETHOCEL™ Standard 4 Industrial

ETHOCEL™ Standard 4 Industrial is a cellulose ether thickener for solvent based systems. With 4 cP, it has the lowest viscosity of the ETHOCEL™ range.

ETHOCEL™ acts as binder, tough & flexible film former, water-barrier and rheology modifier. It is mainly used in coatings, adhesives, conductive inks and electronics. Ethylcellulose functions as a thermoplastic polymer, is soluble in most common solvents and compatible with most plasticizers. ETHOCEL™ Standard 4 has a low viscosity of 4 cP and an ethoxyl content of 49%. Viscosity: 3.0 - 5.5 mPa.s Ethoxyl content, assay: 48.0-49.5% wt Loss on drying, moisture: 2.0% wt Max Chloride (as NaCl): 0.15% Max Organosoluble Thermoplastic High compatibility with plasticizers and solvents Low sodium content Low ash content Colorless Clean burnout

ETHOCEL™ Standard 45 Industrial

ETHOCEL™ Standard 45 Industrial is a cellulose ether thickener for solvent based systems. It has a ethoxyl content of 49% and a viscosity of 45 cP.

ETHOCEL™ acts as binder, tough & flexible film former, water-barrier and rheology modifier. It is used in coatings, adhesives, conductive inks and electronics. ETHOCEL™ has a narrow specification enabling consistent performance. Ethylcellulose functions as a thermoplastic polymer, is soluble in most common solvents and compatible with most plasticizers. Viscosity: 41.0 - 49.0 mPa.s Ethoxyl content, assay: 48.0-49.5% wt Loss on drying, moisture: 2.0% wt Max Chloride (as NaCl): 0.15% Max Organosoluble Thermoplastic High compatibility with plasticizers and solvents Low sodium content Low ash content Colorless Clean burnout

ETHOCEL™ Standard 45 Premium

ETHOCEL™ Standard 45 Premium is Pharma compliant and has the same properties as ETHOCEL™ Standard 45 Industrial.

ETHOCEL™ Standard 45 Premium is a solvent soluble cellulose ether thickener. It has a ethoxyl content of 49% and a viscosity of 45 cP. ETHOCEL™ acts as binder, tough & flexible film former, water-barrier and rheology modifier. It is used in coatings, adhesives, conductive inks and electronics. ETHOCEL™ has a narrow specification enabling consistent performance. Ethylcellulose functions as a thermoplastic polymer, is soluble in most common solvents and compatible with most plasticizers. Viscosity: 41.0 - 49.0 mPa.s Ethoxyl content, assay: 48.0-49.5% wt Loss on drying, moisture: 2.0% wt Max Chloride (as NaCl): 0.05% wt Max Residue on Ignition: 0.040% wt Max Pharma compliant with USP, NF, EP, JPE, FCC Organosoluble Thermoplastic High compatibility with plasticizers and solvents Low sodium content Low ash content Colorless Clean burnout

ETHOCEL™ Standard 7 Industrial

ETHOCEL™ Standard 7 Industrial is an ethylcellulose polymer with a viscosity of 7 cP and yields an ethoxyl content of 49%.

ETHOCEL™ acts as binder, tough & flexible film former, water-barrier and rheology modifier. It is used in coatings, adhesives, conductive inks and electronics. ETHOCEL™ has a narrow specification enabling consistent performance. Ethylcellulose functions as a thermoplastic polymer, is soluble in most common solvents and compatible with most plasticizers. ETHOCEL™ Standard 7 has a low viscosity of 7 cP and an ethoxyl content of 49%. Viscosity: 6.0 - 8.0 mPa.s Ethoxyl content, assay: 48.0-49.5% wt Loss on drying, moisture: 2.0% wt Max Chloride (as NaCl): 0.05% Max Organosoluble Thermoplastic High compatibility with plasticizers and solvents Low sodium content Low ash content Colorless Clean burnout

Glacial Acrylic Acid

Glacial acrylic acid (GAA) is a unsaturated monocarboxylic acid. It exhibits a pungent odor, and is clear and color less.

Building block for polymer manufacturing and chemical manufacturing. Appearance: clear and colorless Physical form: liquid at >13degC Odor: pungent Molar Mass: 72.1 Assay (Gas chromatography) - min 99.5 Water Content (ASTM E 203) - max. 0.1% Color on despatch (ASTM D 1209) - max. 20 Standard Stabilization (ASTM D 3125) 200+/- 20 ppm MEHQ Easily reacts with vinyl compounds Unsaturated carboxylic acid Stabilized with 200 ppm of MEHQ Supplied in stable form

HPHP Nuggets

Free-flowing nuggets in bags that have good resistance to caking.

Eastman™ HPHP is a difunctional ester-glycol used for manufacturing polyester resins for coil, powder, and automotive coatings. Similar to properties of NPG and can act as a modifier to enhance coating film properties. Appearance: White, irregularly shaped crystalline nuggets Molecular weight: 204.27 Melting point: 45-50°C (114.8-122°F) Flash point: 161°C (322°F) Boiling point @ 760 mm Hg: 293°C (495.4°F) Specific gravity @ 55°C/20°C: 1.01 CAS: 1115-20-4 Reduced resin crystallinity Lower resin Tg Improved melt flow in powder coatings Improved coating flexibility Maintains good weathering of NPG Reduces aromatic content Used for automotive primer surfaces and coil coating applications due to its ability to prevent chip resistance and increase exterior durability.

MAA (Methyl Acetoacetate)

Copromoter for unsaturated polyesters, typically used in pharmaceuticals, fragrances and pesticides.

Eastman™ MAA (Methyl Acetoacetate) is a colorless liquid used mostly as an intermediate for agricultural and pharmaceutical chemicals. MAA develops desirable hardness more rapidly than resins copromoted with DMA at equivalent treat rates. Appearance: Liquid Molecular weight: 116.1 Flash point: 74°C (165°F) Boiling point: 166°C (331°F) Melting point: -55°C Specific gravity @ 20°C/20°C: 1.078 CAS: 105-45-3 Low toxicity Low viscosity Extended gel time compared with DMA Does not impart brown color to polyesters compared to amine promoters Readily soluble in styrenated resins Used as a process solvent and intermediate manufacturing for herbicides, insecticides, and pharmaceutical chemicals.

Methyl Acrylate

Methyl acrylate (MA) is an enoate ester. It's a volatile colorless liquid with a flash point of 27°F.

Building block for polymer manufacturing and chemical manufacturing. Appearance: clear and colorless Physical Form: liquid Odor: penetrating Molar Mass: 86 Assay (Gas chromatography) - min 99.8% Water Content (ASTM E 203) - max. 0.05% Acid Content (ASTM D 1613) - max. 0.009% Color on despatch (ASTM D 1209) - max. 10 Standard Stabilization (ASTM D 3125) 15+/- 5ppm MEHQ Readily undergoes addition reactions with a wide variety of organic and inorganic compounds Can be used as moisture barrier for latex formulations

NPG 90

Consisting of 90% NPG, and 10% water, this glycol offers a balance of hardness & flexibility characteristics, as well as excellent thermal stability.

Eastman NPG™ 90 glycol is a liquid at above 38°C to form high quality polyester resins for industrial coatings and fiberglass-reinforced plastics. It is also used as an intermediate to formulate synthetic lubricants. In the U.S., NPG can legally be used for food contact coating applications under federal food additive regulations. Appearance @ 38°C (100°F): Liquid Appearance @ 150°C (77°F): Slurry Crystallization point: 31°C (88°F) Flash point: 132°C (270°F) Boiling point: 100-121°C (212-250°F) Specific gravity @ 60°C: 0.94 CAS: 126-30-7 (90%) CAS: 7732-18-5 (10%) Excellent thermal stability for low resin color Excellent weathering Good chemical, stain, and humidity resistance Good hardness and flexibility balance Rapid reaction during esterification and cure Used as a raw material in intermediate manufacturing and many coating applications.

NPG Platelets

Provides excellent weathering and fluidization characteristics.

Eastman NPG™ platelets is a glycol commonly used for high-quality polyester resins for industrial coatings and fiberglass-reinforced plastics. It can be used as the sole glycol component or used in conjunction with other modifiers to achieve your desired properties. It can be used for food contact coatings in the United States under feral food additive regulations. Appearance: White platelets Molecular weight: 104.15 Crystallization point: 31°C (88°F) Melting point: 124-130°C (255-266°F) Boiling point: 210°C (410°F) Flash point: 132°C (270°F) Specific gravity @ 20°C/20°C: 1.06 CAS: 126-30-7 Excellent thermal stability for low resin color Excellent weathering Good chemical, stain, and humidity resistance Good hardness and flexibility balance Rapid reaction during esterification and cure Used as a raw material in intermediate manufacturing and many coating applications.

Sodium PYRION™ 40%

Antimicrobial preservative (sodium pyrithione) used in a variety of water-based functional fluids and coatings to protect against micro-organisms.

Sodium Pyrion is highly effective against micro-organisms. Often used in water based fluids such as metal working, hydraulic, industrial lubricants, and water based latex paint applications. The pyrithione chemistry is often used when stability and low leachability is critical. Able to be used in low doses, reduces treatment costs and can be used in post treatment or metalworking fluid concentrates. Appearance: Clear, yellow-brown liquid Specific Density: 1.10 - 1.24 g/ml pH-value : 1.19 - 1.24 g/ml Molecular weight: 149.15 Thermal stability: 250°C CAS number: 3811-73-2 EPA registered Low treat rates Non-leaching results with long term protection Ease of application in aqueous form Due to the effectiveness at low treat rates, Sodium Pyrion saves formulators time and money by gaining more antimicrobial effectiveness, while using less.

Solus™ 2100

Solus™ 2100 is a performance additive for alkyd systems. It improves dry time and hardness development while maintaining the chemical resistance in coatings.

Solus™ 2100 is a performance additive designed for high-solids solvent-borne systems. Solus™ enables formulators to develop VOC-compliant coatings while reaching high performance. It provides faster dry time and reduces contamination on the coating's surface resulting in more efficiency. It has benefits in 2K-PU, UV resins, and acrylic lacquers. Faster dry-to-touch time Excellent anti-sag behavior Wider window of polishability Improved gloss after polishing Ease of sanding

Solus™ 2300

Solus™ 2300 is similar to Solus™ 2100 except it has a higher glass transition temperature.

Solus™ 2300 is a performance additive designed for high-solids solvent-borne systems. Solus™ enables formulators to develop VOC-compliant coatings while reaching high performance. It provides faster dry time and reduces contamination on the coating's surface resulting in more efficiency. It has benefits in 2K-PU, UV resins, and acrylic lacquers. Faster dry-to-touch time Excellent anti-sag behavior Wider window of polishability Improved gloss after polishing Ease of sanding

TBAA (Dimethylethyl Oxobutanoate)

Reagent used in coatings utilizing polyesters, acrylics, cellulosics, and epoxies.

Eastman™ TBAA (T-Butyl-Acetoacetate) provides room temperature cure and isocyanate-free crosslinking in many coating applications. It can also be used as a reagent in pharmaceuitical, agrichemical, and pigment applications. Appearance: Liquid Molecular weight: 158.20 Flash point: 66°C (151°F) Boiling point: 190°C (374°F) Specific gravity @ 20°C/20°C: 0.954 CAS: 1694-31-1 Increased adhesion to metal substrates Low glass transition resulting in increased coating flexibility Reacts with conventional crosslinkers Reduces viscosity in resins to meet lower VOC emissions Used in adhesives, sealants, architectural coatings, paints, coatings, and intermediate manufacturing in pharmaceuiticals and agriculture.

Trilene® 65

Low molecular weight liquid Ethylene Propylene (EPDM) terpolymer with 10% diene content for use in rubber, coatings and adhesives.

Trilene® 65 is a liquid EPDM terpolymer that is used as an additive in rubber compounds and works well in peroxide-cured systems to reduce viscosity. It acts as a reactive plasticizer in rubber compounds without any significant loss of hardness or other mechanical properties. In coatings & adhesives Trilene® 65 is used as a nonpolar, non crystalline elastomeric material that provides strong adhesion to a variety of substrates. Additionally, Trilene® 65 demonstrates low permeability to gases and water vapor, superior impact resistance and high flexibility at low temperatures. Ethylene/Propylene: 50/50 Degree of Unsaturation (% Diene): 10% Type of Diene: DCPD Color: Pale Yellow Specific Gravity: 0.86 Molecular Weight by GPC (Da): 47,000 Brookfield Viscosity (cP, RVT #7 at 60°: 1,900,000 Brookfield Viscosity (cP, RVT #7 at 100°: 177,000 Volatiles at 100ºC (212ºF): <0.5% Easy to process Non extractable Maintains mechanical properties Non-volatile Hydrophobic with low surface energy Compatible with other polymers, oils and solvents Flexible at low temperatures Excellent resistance to moisture, UV light, ozone and chemical degradation Adhesion to various substrates without the use of a primer Good impact resistance Rubber belts and hoses for Aerospace and Automotive Building & Construction Wire & Cable Weather stripping Conveyer belts Roof coatings Elastomeric coatings Marine coatings Anticorrosion coatings Barrier coatings that need permeability to air, water and chemicals Elastomeric sealants & adhesives

Trilene® 67

Low molecular weight liquid Ethylene Propylene (EPDM) terpolymer with 9.5% diene content for use in rubber, coatings and adhesives.

Trilene® 67 is a liquid EPDM terpolymer that is used as an additive in rubber compounds and works well in sulfur-cured systems to reduce viscosity. It acts as a reactive plasticizer in rubber compounds without any significant loss of hardness or other mechanical properties. In coatings & adhesives Trilene® 67 is used as a nonpolar, non crystalline elastomeric material that provides strong adhesion to a variety of substrates. Additionally, Trilene® 67 demonstrates low permeability to gases and water vapor, superior impact resistance and high flexibility at low temperatures. Ethylene/Propylene: 46/54 Degree of Unsaturation (% Diene): 9.5% Type of Diene: ENB Color: Pale Yellow Specific Gravity: 0.86 Molecular Weight by GPC (Da): 39,000 Brookfield Viscosity (cP, RVT #7 at 60°: 900,000 Brookfield Viscosity (cP, RVT #7 at 100°: 128,000 Volatiles at 100ºC (212ºF): <0.5% Easy to process Non extractable Maintains mechanical properties Non-volatile Hydrophobic with low surface energy Compatible with other polymers, oils and solvents Flexible at low temperatures Excellent resistance to moisture, UV light, ozone and chemical degradation Adhesion to various substrates without the use of a primer Good impact resistance Rubber belts and hoses for Aerospace and Automotive Building & Construction Wire & Cable Weather stripping Conveyer belts Roof coatings Elastomeric coatings Marine coatings Anti-corrosion coatings Barrier coatings that need permeability to air, water and chemicals Elastomeric sealants & adhesives

Trilene® 77

Low molecular weight Ethylene Propylene (EPDM) terpolymer with 10.5% diene content for use in rubber, coatings and adhesives.

Trilene® 77 is a crystalline waxy EPDM terpolymer that is used as an additive in rubber compounds and works well in sulfur-cured systems to reduce viscosity. It acts as a reactive plasticizer in rubber compounds without any significant loss of hardness or other mechanical properties. In coatings & adhesives Trilene® 77 is used as a nonpolar, non crystalline elastomeric material that provides strong adhesion to a variety of substrates. Additionally, Trilene® 77 demonstrates low permeability to gases and water vapor, superior impact resistance and high flexibility at low temperatures. Trilene® 77 is easier to handle during mixing compared to Trilene® 65 and 67 since it is a solid at room temperature. Ethylene/Propylene: 74/26 Degree of Unsaturation (% Diene): 10.5% Type of Diene: ENB Color: Pale Yellow, Waxy solid Specific Gravity: 0.86 Molecular Weight by GPC (Da): 27,000 Brookfield Viscosity (cP, RVT #7 at 60°: 800,000 Brookfield Viscosity (cP, RVT #7 at 100°: 102,000 Volatiles at 100ºC (212ºF): <0.5% Easy to process East to weigh before mixing Non extractable Maintains mechanical properties Non-volatile Hydrophobic with low surface energy Compatible with other polymers, oils and solvents Flexible at low temperatures Excellent resistance to moisture, UV light, ozone and chemical degradation Adhesion to various substrates without the use of a primer Good impact resistance Rubber belts and hoses for Aerospace and Automotive Building & Construction Wire & Cable Weather stripping Conveyer belts Roof coatings Elastomeric coatings Marine coatings Anti-corrosion coatings Barrier coatings that need permeability to air, water and chemicals Elastomeric sealants & adhesives

Unilink 4200

Aromatic diamine used in polyurea, polyurethane foam elastomer applications.

Unilink 4200 is an easy to handle di-functional aromatic diamine that is low in toxicity, relatively insensitive to moisture and compatible with a wide range of co-curative and other components. Due to relatively low reactivity, Unilink 4200 can be used in TDI or MDI formulations, and cross-linking can be controlled by adding higher functioning polyols Appearance Clear: light-to-dark-brown liquid Hydroxyl number: 362 Flash point, PMCC, °C (°F), min: 161 (321.8) Specific gravity @ 26.7 °C (80 °F): 0.98 to 0.99 Density, g/cm3 (lb/gal): 0.995 (8.3 ) Water content, ppm, max: 500 Molecular weight: 310 Equivalent weight, min: 153 Easy to handle and environmentally friendly liquid (Ames negative) Low moisture sensitivity Compatible with polyurethanes, most polyols, and curatives Excellent storage stability in polyether and polyester polyols. Cures TDI and MDI coating compounds at ambient temperature Polyurea Systems Unilink 4200 improves gel time, flow and allows the polyurea coatings to be processed by spray or pour techniques. Adhesion to the substrate and surface finishes improve, and so does bonding between coats. Cured systems have excellent physical properties and exhibit significant improvements in impact resistance and low-temperature performance. Flexible foams Unilink 4200 improves tensile, tear and load-bearing properties In standard TDI and high-resilience slabstock foam systems, often at lower foam densities, and significantly improves polyester foam tear strength and load-bearing. It reduces density and softens cold-molded foams, producing higher tensile strength, tear and elongation, along with improved mold flow and decreased de-mold times. Rigid foams Rigid foams cured with UNILINK 4200 show significant improvements in compressive strength and dimensional stability with reduced friability, a higher percentage of closed cells and lower K-factor. Compressive strength improves by up to 100% in PIR foams, and dimensional stability also is significantly enhanced. Coatings, Adhesives, Sealants & Elastomers Formulations cured with UNILINK 4200 adhere better and develop smoother surface finishes.

Zinc PYRION™ Powder

Powdered dry-film preservative (zinc pyrithione) that provides antimicrobial protection in a wide variety of industrial applications.

Zinc Pyrion is a Zinc Pyrithione based preservative for protection against unwanted microbial growth and degradation. The powdered dry-film preservative can be used in a wide range of both indoor & outdoor applications that are susceptible to microbial attack. Typical Properties; Appearance: Light beige to beige powder Purity (Potentiometric Titration): Min. 97.0 wt.% Loss on Drying (105°C): Max. 2 wt.% Particle Size Distribution: D50: max. 10 μm; D99: max. 35 μm Relative Density: 1.8106 at 22.5°C Bulk Density: 0.41 g/ml pH: 6.5 - 8.5 (5% dispersion in water) Vapor Pressure: < 6.6 x 10-4 Pa at 25°C Solubility in Water: 4.93 mg/l at 20.0°C; 6.11 mg/l at 30.0°C Exceptional control against microbial growth Cost effective powder form Full control of formulated treat rate Free testing available to measure efficacy of anti-microbial protection Typical treat rate will vary by application, but it is recommended to test several levels (2000, 3000, 4000, 5000 ppm) to test efficacy of protection. Testing is available via Janssen's laboratory for several industry standard tests.