AAEM (Acetoacetoxy Ethyl Methacrylate)

Low solution viscosity with excellent solubility, adjust final pH to 6-7 to improve stability.

Eastman™ AAEM is a methacrylic monomer used in high-solid acrylic resins and acrylic emulsion formulations resulting in lower VOC emissions. This product is commonly used to react with amines and hydrazides to make monomers for self-crosslinkable, room temperature cure acrylic emulsions. Appearance: Clear, light yellow liquid Viscosity @ 25°C: 6.9 cP Flash point: 134°C (273°F) Specific gravity @ 25°C/25°C: 1.12 AAEM: 95.0 wt % min HEMA: 4.0 wt % max Methacrylic acid: 0.5 wt % max CAS: 21282-97-3 Excellent flexibility and corrosion resistance Reduces viscosity in resins for lower VOC emissions Improves adhesion to metal substrates Used in applications such as automotive oems, polymers and plastics.

Advantis 510W

A waterborne, chlorine-free and APEO free adhesion promoter for adhesion of coatings to thermoplastic polyolefins or polypropylene substrates.

Advantis 510 is primarily used as a blend in additive for waterbased primers or basecoats in automotive bumper applications. It can also be used as a wash primer and suitable as an adhesion promoter in a variety of applications. Appearance: Off-white milky liquid Solids: 24 wt % pH@ 25°C: 8 Neutralization: Amine Stability Shelf life 1year: No siginificant change @ 40C, 4 weeks: No significant change Viscosity at 25°C: < 75 cP Water: 76 wt % Density: 970 g/l (8.1 lbs/gal) Particle Size: 0.03 microns Tg: < 0°C Green waterborne solvent free, APEA and halogen free making it VOC compliant in coatings Excellent compatibility with a variety of waterborne resins

AP 550-1-25% Aromatic 100

A nonchlorinated polyolefin adhesion promoter supplied at 25% solids in aromatic 100.

Adhesion promoter for Polypropylene and thermoplastic olefin substrates. Form: Viscous liquid Color: Yellow Odor: Aromatic Specific gravity in water: Negligible Flash point (Pesky-Martens closed cup): 46,8°C Thermal decomposition Temperature (DSC): No exotherm to 500°C Excellent performance under 2K urethane coatings Excellent adhesion and gasoline resistance Soluble in aromatic hydrocarbon solvents such as xylene, toluene and aromatic 100 Can be used as a primer or an additive

AP 550-1-25% Xylene

A nonchlorinated polyolefin adhesion promoter supplied at 25% solids in xylene.

Adhesion promoter for polypropylene and thermoplastic olefin substrates. Form: Viscous liquid Color: Yellow Odor: Aromatic Specific gravity in water: <1 Boiling point: 137-144°C Solubility: Negligible Flash point (Pesky-Martens closed cup): 46,8°C Thermal decomposition temperature (DSC): No exotherm to 500°C Excellent performance under 2K urethane coatings Excellent adhesion and gasoline resistance Soluble in aromatic hydrocarbon solvents such as xylene, toluene and aromatic 100 Can be used as a primer or an additive

AQ™ 38S Polymer

Solid-form grade that disperses directly in hot water and aids in formation of clear films at room temperature.

AQ™ 38S is a sulfopolyester polymer easily dispersed in hot water without the use of amines, co-solvents, surfactants or additives. It also aids in the dispersion of hydrophobic ingredients in water based products to form clear films at room temperature. Due to it's low Tg, AQ™ 38S forms flexible films on skin, making it especially suitable as a film former in cosmetics and personal care applications. Form: Pellets Color: Pale amber Glass transition temperature (Tg): 35-38°C dry polymer Inherent viscosity: 0.32-0.40 dL/g Melt viscosity @200°C: 9700 poise Acid number: <2 mg KOH/g Hydroxyl number: <10 mg KOH/g Bulk density: 6.5 lb/gal Aids emulsification of organic ingredients Low viscosity hairsprays Quick drying Water/humidity resistant Neutralizing amine not needed Adhesives and sealants Paints, coatings and primers Printing inks and overprints Textile sizes Sunscreen Lotions, creams and sprays

AQ™ 48 Ultra Polymer

Pellet-form grade with high compatibility with alcohol and low water resistance. Disperses directly in water and aids in formation of clear films at room temperature.

Eastman AQ™ 48 Ultra is a sulfopolyesters that disperses directly in water without the aid of surfactants or additives. It is a low viscosity aqueous dispersions that can be prepared at up to 30% solids concentrations . AQ™ polymers aid the dispersion of hydrophobic ingredients in water-based formulations and form clear films at room temperature. AQ™ 48 Ultra polymer was designed specifically for use as a hair fixative in 55% VOC hairspray, making it more compatible with higher levels of alcohol and has good wash out with shampooing. Form: Pellets Color: Pale amber Glass transition temperature (Tg): 45-48°C dry polymer Inherent viscosity: 0.26-0.32 dL/g Acid Number (mg KOH/g): <2 Hydroxyl number: <10mg KOH/g Bulk density: 6.9 lb/gal High gloss Low film tack Excellent film formation with and without alcohol Fast drying and low viscosity in hairspray applications Excellent hold in high humidity environments Paints and coatings Inks Pigment dispersants Cosmetic and personal care packaging Hair care ingredients Personal care ingredients

AQ™ 55S Polymer

Pellet-form grade with excellent film integrity, alcohol and low water resistance. Disperses directly in water and aids in formation of clear films at room temperature.

Eastman AQ™ 55S polymer is a sulfopolyester that disperses directly in hot water without the aid of surfactants or additives. AQ™ 55S polymer aids the dispersion of hydrophobic materials in water based products and forms clear films at room temperature from aqueous dispersions. It has good film integrity and significantly improves water and smudge resistance of water-based makeup and mascaras. In hairstyling products, AQ™ 55S also provides excellent hold under high humidity conditions and stiffness that can be modified with thickeners or plasticizers. Form: Pellets Color: Pale amber Glass transition temperature (Tg) dry polymer: 51-55°C Inherent viscosity @200C: 42000 Poise Acid number: <2 mg KOH/g Hydroxyl number: <10 mg KOH/g Bulk density: 6.8 lb/gal High gloss Excellent film formation with or without alcohol Lasting hold in rain Low tack Smudge resistance Water resistant Adjustable firmness Coatings and primers Cosmetics and personal care Pigment dispersants Printing inks and overprints

AQ™ 65S Polymer

AQ™ 65S is a water dispersible polyester used to provide excellent water and alcohol resistance with a low coefficient of friction.

AQ™ 65S polymer is a polyester supplied in pellet form. In aqueous dispersions, it provides excellent water and alcohol resistance. It's a low odor, low co-efficient of friction fast drying dispersion. Chemical type: Sulfopolyester Form: Amber colored pellets Solids: 100% Glass transition temperature (Tg): 63°C Odor: Low odor Excellent water and alcohol resistance Low coefficient of friction Low odor Fast drying rates Coatings and primers Printing inks and overprints

CP 153-2-25% Xylene

A 25% solution of chlorinated polyolefin adhesion promoter in xylene with a 21-25% by weight chlorine.

CP 153-2 is a 25% solution of CPO in xylene with excellent heat stability at temperatures higher than typically encountered under actual use conditions. It is the only product currently available for PE based substrates. Form: 25% in Xylene Color, Gardner: 12-15 Specific gravity @25°C: 0.97 Flash point: 30°C(81°F) Fire point: 30°C(86°F) Chlorine: 21-25 wt% Specific gravity, solid CPO 25°C: 1.105 Provides excellent adhesion of coatings, inks and adhesives applied to polyethylene based substrates. Low chloride content makes it suitable for primer applications Can be formulated with EVA copolymers to improve adhesion performance

CP 164-1-100%

A 100% solid chlorinated polyolefin adhesion promoter with 18-23% chlorine.

CP 164-1 has a softening point of 80-105°C and is soluble in toluene and xylene. It has an increased resistance to primer coat re-dissolve during topcoat application due to it's limited solubility. Specific gravity @25°C: 1.016 Flash point tag closed cup: >204°C (>400°F) Color Gardner: 12-16 Softening point: 80-105°C (176-221°F) Chlorine: 18-23 wt% Improved gasoline and humidity resistance in PP and TPO over CP 343-1 when used in primer applications for paint adhesion Low chloride content makes it suitable for primer applications Soluble in aromatic hydrocarbon solvents

CP 164-1-25% Xylene

A liquid version of CP 164-1-100% adhesion promoter. The grade is readily dissolved in 25% xylene.

CP 164-1 has a softening point of 80-105°C. The product is readily dissolved in 25% xylene for easier use. It provides increased resistance to primer coat re-dissolve during topcoat application due to it's limited solubility. Specific gravity @25°C: 0.898 Flash point, tag closed cup: >23°C (74°F) Color, Gardner: 12-16 Chlorine: 18-23 wt% Improved gasoline and humidity resistance in PP and TPO over CP 343-1 when used in primer applications for paint adhesion Low chloride content makes it suitable for primer applications Soluble in aromatic hydrocarbon solvents

CP 310W

A water dispersed chlorinated polyolefin adhesion promoter with 30% solids by weight

A water dispersed chlorinated polyolefin with ammonia as a neutralizing amine and 24% CPO by weight content. Useful as a primer in adhesion promoters that are air dried prior to applying a topcoat. Solids: 30 wt % CPO: 24 wt % pH @25°C: 9-10 Amine: Ammonia Shelf, 1 yr: No change @50°C, 4wk: Slight settle Freeze thaw: Good Wt/Vol: 1012 g/L (8.4 lb/gal) Viscocity, Brookfield: 10 cP Chlorination: 18-23 % Water: 69 wt % color, Gardner: Beige Specific Gravity @25°C/25°C: 1.008 Used in primer for PP and TPO Compatible with most Polyurethane and acrylics dispersions resins Co-solvents can be added to improve wetting of the substrate Adhesion promoter in paints Coatings in automotive plastics Automotive OEM Coatings for plastic parts

CP 343-1-100%

A white solid powder containing 18-23% chlorine with excellent resistance to high temperatures with a softening point range of 80-95°C.

CP 343-1-100 is a chlorinated polyolefin soluble in both toluene and xylene. Due to it's limited solubility, solutions of CP 343-1- may become hazy or partially precipate from solution or gel with exposure to low temperatures. Warming the solution to 38-49°C will return the product back to it's original condition. Form: Powder Specific gravity @25°C: 1.03 Flash point, tag closed cup: 274°C (525°F) Color, Gardner: Light tan Softening point: 80-95°C (176-203°F) Chlorine: 18-23 wt% Excellent primer in PP, TPO, Non-olefin plastics and metal substrates Excellent humidity resistance Available in 25%, 40% and 50% by weight solids in xylene Modification of CP343-1 with ethylene vinyl acetate increases the softening point and cohesive strength of primer film.

CP 343-1-25% Xylene

A liquid version of CP 343-1-100% adhesion promoter. The grade is readily dissolved in 25% xylene.

A liquid version of CP 343-1-100 chlorinated polyolefin dissolved in xylene. The grade provides improved adhesion to PP, TPO, Non-olefin plastics and metal substrates. Specific gravity @25°C: 0.898 Flash point, tag closed cup: 27°C (81°F) Fire point: 30°C (86°F) Color, Gardner: 7 Autoignition temperature (Test method - D 2155): 485°C (905°F) Specific gravity, solid CPO @25°C: 0.99-1.03 Chlorine: 18-23 wt Excellent primer in PP, TPO, Non-olefin plastics and metal substrates Excellent humidity resistance Available in 25%, 40% and 50% by weight solids in xylene Modification of CP343-1 with ethylene vinyl acetate increases the softening point and cohesive strength of primer film.

CP 343-1-40% Xylene

A liquid version of CP 343-1-100% adhesion promoter. The grade is readily dissolved in 40% xylene.

A liquid version of CP 343-1-100 chlorinated polyolefin dissolved in xylene. The grade provides improved adhesion to PP, TPO, Non-olefin plastics and metal substrates. Specific gravity @25°C: 0.93 Flash point, tag closed cup: 23°C (74°F) Color, Gardner: 8 Specific gravity, solid CPO @25°C: 0.99-1.03 Chlorine: 18-23 wt Excellent primer in PP, TPO, Non-olefin plastics and metal substrates Excellent humidity resistance Available in 25%, 40% and 50% by weight solids in xylene Modification of CP343-1 with ethylene vinyl acetate increases the softening point and cohesive strength of primer film.

CP 343-1-50% Xylene

A liquid version of CP 343-1-100% adhesion promoter. The grade is readily dissolved in 50% xylene.

A liquid version of CP 343-1-100 chlorinated polyolefin dissolved in xylene. The grade provides improved adhesion to PP, TPO, Non-olefin plastics and metal substrates. Specific gravity @25°C: 0.935 Flash point, tag closed cup: 28°C (83°F) Fire point: 52°C (125°F) Color, Gardner: 8 Autoignition temperature (Test method - D 2155): 460°C (860°F) Specific gravity, solid CPO @25°C: 0.99-1.03 Chlorine: 18-23 wt Excellent primer in PP, TPO, Non-olefin plastics and metal substrates Excellent humidity resistance Available in 25%, 40% and 50% by weight solids in xylene Modification of CP343-1 with ethylene vinyl acetate increases the softening point and cohesive strength of primer film.

CP 343-3-25% Xylene

A higher chlorine version adhesion promoter. The grade is readily dissolved in 25% xylene with 26-32% chlorine.

CP343 is a higher chlorinated adhesion promoter that can be used as an additive in coatings, inks or adhesives. The higher chlorine content allow for improved solutbility in a variety of solvents and compatibility with different coatings, inks and adhesives systems. Specific gravity @25°C: 0.906 Flash point, tag closed cup: 23°C (74°F) Fire point: 36°C (97°F) Color, Gardner: 6-7 Autoignition temperature (Test method - D 2155): >538°C (>1000°F) Specific gravity, solid CPO @25°C: 1.108 Chlorine: 26-32 wt% Adhesion to polypropylene, Thermoplastic polyolefin, non olefin plastics and metals Good solvent tolerance for a wide range of solvents Excellent stir-in additive in industrial coatings and inks Enhanced compatibility with various resins

CP 343-3-50% Xylene

A higher chlorine version adhesion promoter. The grade is readily dissolved in 50% .xylene with 26-32% chlorine and a Gardner color of 6-7.

CP343 is a higher chlorinated adhesion promoter that can be used as an additive in coatings, inks or adhesives. The higher chlorine content allow for improved solutbility in a variety of solvents and compatibility with different coatings, inks and adhesives systems. Specific gravity @25°C: 0.986 Flash point, tag closed cup: 27°C (80°F) Color, Gardner: 11 Specific gravity, solid CPO @25°C: 1.108 Chlorine: 26-32 wt% Adhesion to polypropylene, Thermoplastic polyolefin, non olefin plastics and metals Good solvent tolerance for a wide range of solvents Excellent stir-in additive in industrial coatings and inks Enhanced compatibility with various resins

CP 347W

A water dispersed chlorinated polyolefin with 25% solids by weight.

A water dispersed chlorinated polyolefin containing 2-amino-2-methyl-1-propanol as a neutralizing amine and 20% CPO by weight content. Compatible with other waterborne resins making it more useful as an additive. also Compatible with many amine-neutralizable solution resins. Solids: 25 wt % CPO: 20 wt % pH @25°C: 9-10 Shelf, 1 yr: No change @50°C, 4wk: No change Freeze thaw: Good Wt/vol: 1010-1030 g/L (8.4-8.6 lb/gal) Viscosity, Brookfield: 10cP Chlorination: 18-23% Water: 74 wt % Color, Gardner: Tan Specific gravity @25°C: 1.020 Used in primer for PP and TPO Used as a stir-in additive in waterborne coatings to improve adhesion to PP and TPO Compatible with most Polyurethane and acrylics dispersions resins Co-solvents can be added to improve wetting of the substrate Adhesion promoter for paints Automotive OEM Coatings Coatings for automotive plastics Coatings for plastics parts Graphic arts General industrial coatings

CP 349W

A water dispersed chlorinated polyolefin with 26% solids by weight.

A water disperion of a chlorinated polyolefin containing 2-amino-2-methyl-1-propanol as a neutralizing amine with 5% ethylene glycol. Compatible with other waterborne resins making it useful as an additive. Solids: 26 wt % CPO: 20 wt % pH @25°C: 9-10 Wt/vol: 1010-1040 g/L (8.4-8.7 lb/gal) Viscosity, Brookfield: 10cP Chlorination: 18-23% Water: 69 wt % Organic solvents: 5 wt % Color, Gardner: Tan Specific gravity @25°C: 1.020 Features and Benefits similar to CP 347W Adhesion promoter for paints Automotive OEM Coatings Coatings for automotive plastics Coatings for plastics parts Graphic arts General industrial coatings

CP 515-2-40% Aromatic 100

A 40% solids chlorinated polyolefin adhesion promoter dissolved in Aromatic 100 with a chlorine content of 26-32 % weight.

CP515-2 can be used as an additive for coatings inks and adhesives with improved adhesion to Thermoplastic polyolefins, polypropylene and other difficult to adhere to substrates. Specific gravity @25°C: 0.944 Flash point, tag closed cup: 41°C (107°F) Color, Gardner: 7 Specific gravity, solid CPO @25°C: 1.04-1.09 Chlorine: 26-32 wt% Improved compatibility with a variety of resins to give clear solutions and deposit clear films. Excellent adhesion to a variety of substrates such as polypropylene, thermoplastic olefins, non-olefin plastics and metal Can be used as an additive in inks and coatings to improve adhesion High Temperature stability

CP 515-2-40% Toluene

A 40% solids chlorinated polyolefin adhesion promoter sin Toluene with a chlorine content of 26-32 % weight.

CP515-2 can be used as an additive for coatings inks and adhesives with improved adhesion to Thermoplastic polyolefins, polypropylene and other difficult to adhere to substrates. Form: 40% in Toluene Specific gravity @25°C: 0.96 Flash point, tag closed cup: 5°C(41°F) Color, Gardner: 6 Improved compatibility with a variety of resins to give clear solutions and deposit clear films. Excellent adhesion to a variety of substrates such as polypropylene, thermoplastic olefins, non-olefin plastics and metal Can be used as an additive in inks and coatings to improve adhesion High Temperature stability

CP 515-2-40% Xylene

A 40% solids chlorinated polyolefin adhesion promoter in Xylene with an autoignition temperature of 525°C and Color Gardner of 3.

CP515-2 can be used as an additive for coatings inks and adhesives with improved adhesion to Thermoplastic polyolefins, polypropylene and other difficult to adhere to substrates. Specific gravity @25°C: 0.955 Flash point, tag closed cup: 28°C (82°F) Fire point: 43°C (110°F) Color, Gardner: 3 Autoignition temperature D 2155: 525°C (975°F) Specific gravity, solid CPO @25°C: 1.04-1.09 Chlorine: 26-32 wt% Improved compatibility with a variety of resins to give clear solutions and deposit clear films. Excellent adhesion to a variety of substrates such as polypropylene, thermoplastic olefins, non-olefin plastics and metal Can be used as an additive in inks and coatings to improve adhesion High Temperature stability

CP 730-1-100%

100% solids chlorinated polyolefin adhesion promoter with 20-23% active ingredient.

Active component in primers used to enhance adhesion of color coats and topcoats to polypropylene and thermoplastics olefins plastics. Physical form: Solid (Granules) Color: Beige Specific gravity: >1 Softening point: > 100°C Flash point: Not applicable, combustible solid Chlorine 20.5-23.5% Solubility in water: Negligible Excellent adhesion to thermoplastics and polypropylene plastics Excellent humidity resistance Excellent gasoline resistance

CP 730-1-20% Aromatic 100

A 20% solid solution of CP 730-1-100% adhesion promoter dissolved in Aromatic 100.

Active component in primers used to enhance adhesion of color coats and topcoats to polypropylene and thermoplastics olefins plastics. Physical form: Liquid Color: Yellow Odor: Aromatic Specific gravity: <1 Boiling point: 155°C Flash point, Pensky-Martens closed cup: 40°C Thermal decomposition temperature (DSC): No exothermic to 450°C Excellent adhesion to thermoplastics and polypropylene plastics Excellent humidity resistance Excellent gasoline resistance

CP 730-1-20% Xylene

A liquid version of CP 730-1-100% adhesion promoter. the grade is dissolved in 20% xylene.

Active component in primers used to enhance adhesion of color coats and topcoats to polypropylene and thermoplastics olefins plastics. Physical form: Liquid Color: Yellow Odor: Slightly aromatic Specific gravity: <1 Boiling point: 135°C Viscosity at 25°C: 300-400 mPa.s Solubility in water: Negligible Flash point, Pensky-Martens closed cup: 40°C Thermal decomposition temperature (DSC): No exotherm to 450°C Excellent adhesion to thermoplastics and polypropylene plastics Excellent humidity resistance Excellent gasoline resistance

Eastek™ 1000 Polymer Dispersion

Eastek™ 1000 is film forming aqueous dispersion polyester polymer.

Amine and co-solvent free polymer dispersion containing 30% solids with good adhesion to aluminum. Fast drying, excellent alcohol resistance and low odor. Applications include overprints and printing inks. Chemical type: Polyester Form: Straw colored liquid Odor: Very low VOC content: <0.5 % max Viscosity, Brookfield @25°C: 60cP Viscosity, Gardco #2 EZ Cup @25°C: 25 sec pH: 6 Density @ 25°C: 1.06 g/mL (8.8 lb/gal) Solids: 30 wt % MFFT: <5°C Storate stability: Good Propanol %: 0 Glass transition temperature (Tg): 33°C Fast drying means higher running speeds for printing and roll coating operations Amine free and co-solvent free Stable with metallic pigments Coatings and primers Printing inks and overprints Textile sizing

Eastek™ 1100 Polymer Dispersion

Eastek™ 1100 is a film forming aqueous dispersion polyester polymer.

Amine, surfactant and co-solvent free polymer dispersion containing 30-33% solids with low odor, fast drying rates, excellent alcohol resistance, good adhesion to aluminum and neutral pH. Used in industrial wood coating primer systems, overprints, printing inks and pigment dispersing/grinding aid. Form: Liquid (dispersion) Color: Translucent Odor: Odorless Specific gravity (water = 1): >1 Vapor pressure: Negligible Boiling point: 100°C (212°F) Solubility in water: Negligible (dispersible) No need for amines - Low odor Fast drying - Higher running speeds for print and roll coating applications Improves formulation stability in dispersion/emulsion for pigments, oils, waxes and silicone's Coating and primers Pigment dispersants Printing inks and overprints

Eastek™ 1200 Polymer Dispersion

Eastek™ 1200 is a film forming aqueous dispersion polyester polymer.

Amine and surfactant free polymer dispersion containing 30% polymer and 2% n-propanol with excellent water, alcohol resistance and low coefficient of friction and good adhesion to paper. Applications include packaging, film and foil laminates, overprints, primers for industrial wood coatings, and printing inks. Type: Sulfopolyester n-Propyl alcohol: 2 wt % Viscosity, Brookfield: 100 cP Solids: 30 wt % Glass transition temperature (Tg): 63°C MFFT: 27°C Freeze-thaw stable: No Fast drying means higher running speeds for printing and roll coating operations Improved rub resistance Improved cross-linking with UV over print varnishes Excellent film formation Clearer and harder than acrylics Amine free Water and alcohol resistant films Overprints Primers for industrial wood coatings Printing inks

Eastek™ 1300 Polymer Dispersion

Eastek™ 1300 is a film forming aqueous dispersion polyester polymer.

Polymer dispersion with 30% polymer solids offering good reducibility with water or water alcohol mixtures and fast drying rates. Eastek™ 1300 is alcohol, amine, surfactant and co-solvent free. Great for overprints and printing inks applications. Type: Polyester Form: Straw colored liquid Odor: Very low VOC content: <0.5 % max Viscosity, Brookfield @ 25°C: 14cP Viscosity, Gardco #2 EZ Cup @25°C: 17 sec pH: 6 Density @25°C: 1.08 g/mL (9 lb/gal) Solids: 30 wt % MFFT: 12C Storage stability: Good Glass transition temperature (Tg): 36°C Fast drying means higher running speeds for printing and roll coating operations Amine and alcohol free Excellent film formation Water and alcohol resistant films Low odor Graphic arts Packaging components non food contact Paints and coatings

Eastek™ 1400 Polymer Dispersion

Eastek™ 1400 is a film forming aqueous dispersion polyester polymer.

Polymer dispersion with 30% solids with good storage stability, offering excellent adhesion to a variety of substrates including PET films. Good adhesion to paper, metalized paper/films, SBS boards and aluminum. Fast drying with excellent resistance properties. Type: Polyester Form: Straw liquid color Odor: Very low VOC content: <0.5 % max Viscosity, Brookfield @18°C: 15cP Viscosity, Gardco #2 EZ cup @ 25°C: 17 sec pH: 6 Density @ 20C: 1.08 g/mL (9 lb/gal) Glass transition temperature (Tg): 29°C MFFT: <5°C Storage stability: Good Propanol %: 0 Solids: 30 wt % Fast drying rates Outstanding adhesion to PET film (treated or untreated), paper, SBS board, aluminum and metalized papers/films. Amine, surfactant and co-solvent free Low odor Good storage stability Apparel Film modification Furniture Graphic arts Packaging components (non food contact) Paints and coatings Tape (non food contact)

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® 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® 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® 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® 4072

Elvacite® 4072 has medium molecular weight and has a broad compatibility and solubility.

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: 46°C Molecular weight: 85,000 Acid number: 0.7 - 2.1 Better adhesion to metal substrates Solvent-free Excellent flexibility Usage as protective topcoat

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® 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

Lupasol® FG

Multi-functional cationic polyethylenimine with a branched polymer structure.

Lupasol® FG is a clear, colorless cationic polyethylenimine with a branched polymer structure. Average molar mass: 800 Viscosity @ 20°C: 5000 Concentration: 99% Adhesives, complexing, coatings and paints, pigment manufacture, and protein immobilization.

Lupasol® FT P

50% aqueous solution of polyethylenimine with a molecular weight around 750,000.

Lupasol® FT P is a multi-functional cationic polyethyleneimine (PEI) with a branched polymer structure. The unique properties of Lupasols allow them to promote adhesion, disperse fillers and pigments, flocculate suspended solids, enhance and modify surface characteristics, protect materials after surface modification and bind unwanted materials. Average molar mass: 750,000 Viscosity @ 20°C: 25,000 Concentration: 50% Miscible with water in all proportions Flowable liquids Ames negative No detectable ethylenimine importunity Three types of bonding: ionic, hydrogen and van der Waals Forces Printing inks, Adhesion promoters in car tires, Adhesives, Complexing, Plastics modification, Coatings and paints, Pigment manufacture, Protein immobilization, Textile auxiliaries, Packaging, and Water treatment.

Lupasol® FT WF

Waterfree polyethylenimine with a molecular weight around 25,000.

Lupasol® FT WF is a waterfree multi-functional cationic polyethyleneimine (PEI) with a branched polymer structure. The unique properties of Lupasols allow them to promote adhesion, disperse fillers and pigments, flocculate suspended solids, enhance and modify surface characteristics, protect materials after surface modification and bind unwanted materials. Average molar mass: 25,000 Viscosity @ 20°C: 200,000 Concentration: 99% Color: clear to slightly cloudy, colorless to yellowish liquid at room temp. Miscible with water in all proportions Flowable liquids Ames negative No detectable ethylenimine importunity Three types of bonding: ionic, hydrogen and van der Waals Forces Printing inks, Adhesion promoters in car tires, Adhesives, Complexing, Plastics modification, Coatings and paints, Pigment manufacture, Protein immobilization, Textile auxiliaries, Packaging, and Water treatment.

Lupasol® G 20

50% aqueous solution of polyethylenimine with a molecular weight around 1,300.

Lupasol® G 20, a 50% aqueous solution, is a multi-functional cationic polyethyleneimine (PEI) with a branched polymer structure. The unique properties of Lupasols allow them to promote adhesion, disperse fillers and pigments, flocculate suspended solids, enhance and modify surface characteristics, protect materials after surface modification and bind unwanted materials. Average molar mass: 1,300 Viscosity @ 25°C: 1,500 Concentration: 50% Color: clear to slightly cloudy, colorless to rarely yellowish liquid at room temp. Miscible with water in all proportions Flowable liquids Ames negative No detectable ethylenimine importunity Three types of bonding: ionic, hydrogen and van der Waals Forces Adhesives, Complexing, Coatings and paints, Pigment manufacture, and Protein immobilization.

Lupasol® G 20 WF

Waterfree polyethylenimine with a molecular weight around 1,300.

Lupasol® G 20 Waterfree, is a anhydrous multi-functional cationic polyethyleneimine (PEI) with a branched polymer structure. The unique properties of Lupasols allow them to promote adhesion, disperse fillers and pigments, flocculate suspended solids, enhance and modify surface characteristics, protect materials after surface modification and bind unwanted materials. Average molar mass: 1,300 Viscosity: 8,000 Concentration: 98% Color: clear, colorless to yellowish liquid Anhydrous Miscible with water in all proportions Flowable liquids Ames negative No detectable ethylenimine importunity Three types of bonding: ionic, hydrogen and van der Waals Forces Printing inks, Adhesion promoters in car tires, Adhesives, Complexing, Plastics modification, Coatings and paints, Pigment manufacture, Protein immobilization, Textile auxiliaries, Packaging, and Water treatment.

Lupasol® PR 8515

Waterfree polyethylenimine with a molecular weight around 2,000.

Lupasol® PR 8515, is a waterfree multi-functional cationic polyethyleneimine (PEI) with a branched polymer structure. The unique properties of Lupasols allow them to promote adhesion, disperse fillers and pigments, flocculate suspended solids, enhance and modify surface characteristics, protect materials after surface modification and bind unwanted materials. Avg molar mass: 2,000 Viscosity: 14,000 Concentration: 98% Color: clear, colorless to rarely slightly yellowish liquid Compatible with cationic and nonionic systems Absorbs strongly on negatively charged surfaces Crosslinking agent Anhydrous Miscible with water in all proportions Flowable liquids Ames negative No detectable ethylenimine importunity Three types of bonding: ionic, hydrogen and van der Waals Forces Adhesives, Complexing, Coatings and paints, Pigment manufacture, and Protein immobilization.

Lupasol® SC-61B

37% aqueous solution of a hydroxyethylated polyethylenimine.

Lupasol® SC-61B is a hydroxyethlyated water soluble polyethylenimine formed by reaction of a high molecular weight polyethylenimine with ethylene oxide. Average molecular weight: 110,000 Viscosity @ 25°C: 2,500 cP max Solid matter content, %: 35-40 Appearance: Free flowing liquid Film forming amine in coatings and printing ink, brightener in electroplating baths, cationic modifier for clays and starches, cosmetic and personal care.

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

Tyzor® 212, zirconium chelate

A water stable zirconium chelate with ca. 52% active ingredient in 1-propanol solution.

Tyzor 212 is a clear, slightly viscous yellow liquid with 52% active ingredient which is stable in water for extended periods. It reacts with water by hydrolysis to form a reactive hydroxy zirconium chelate which can form bonds with organic -OH and -COOH groups of many polymeric carbohydrates such as cellulose, guar derivatives and starch. Strong gels can be formed by crosslinking. Tyzor 212 can also act as an adhesion promoter to -OH functional surfaces. Zr Content: 12% Active Content: 52% Color: Yellow Solvent: n-propanol Specific Gravity (25C): 1.06 Freezing Point: <-25C Boiling Point: 97C (Solvent) Flash Point: 22C Solubility in Solvents: Miscible in most organic solvents Solubility in Water: Miscible In oil well fracturing fluids, Tyzor 212 can be used in pH 8.5-11 fluids and acts as a delayed crosslinking agent that initiates above 49C (120F). It's an effective crosslinker for dispersions of guar and it's derivatives to form high viscosity aqueous gels. For coatings, inks and paints applications, see increased film strength, adhesion promotion and rheology control. Due to it's great water compatibility and low color generation, Tyzor 212 also functions well over a wide range of pH.

Tyzor® 217, zirconium lactate

A water based zirconium chelate with pH around 7 stable in water.

Suitable for crosslinking carbohydrates such as cellulose, starch, guar and other functionalized polymers like polyvinyl alcohol. Tyzor 217 also functions as a surface modifier and adhesion promoter on paper, glass, metal, pigments and other materials with oxidized surfaces. Zr Content: 5.4% Color: Pale Yellow Solvent: Water Specific Gravity (25C): 1.2 g/mL Freezing Point: 0C Boiling Point: 100C Flash Point: None Solubility in Water: Fully Miscible No Voc Content Low toxicity Cross-linking agent for dispersions of guar to form high viscosity aqueous gels used in oil well fracturing applications Cross links pigements and binders in waterborne paints and printing inks Adhesion promoter in metal, glass, fillers and pigments to increase compatibility and modify physical properties Modifies surface of paper and sysnthetic nonwovens to increase hardness and decrease hydrophilicity

Tyzor® AA, titanium acetylacetonates

A liquid titanium chelate with acetylacetonate as the chelating agent. It is moderately stable in water for short periods of time.

Tyzor AA is typically used for adhesion promotion, but also frequently used for crosslinking in non-aqueous systems, catalysis and surface modification. They are soluble and or miscible in organic solvents or products like ethanol, isopropanol, butanol, ethyl acetate, IPA, methyl ethyl ketone and acetone. TiO2 %: 16.5 Active Content %: 75 Form: Liquid Color: Yellow to Red Solvent: 25% IPA Specific Gravity: 0.99 Viscosity, mPa: 10 Pour Point C(F): 0(32) Boiling Point C(F) Solvent: 82(179.6) Flash Point C(F): 12(53.6) Solubility: Miscible in most organic solvents. Decomposes in water Improved drying, solvent resistance, heat resistance adhesion to substrates such as aluminum and polyolefin foils in printing applications. Elimination of by products, high yield and easy work up in esterification and transesterification under mild conditions. Improved surface hardness, dispersibility, coloring effects, corrosion protection and heat and light reflection in coating applications. When combined with metal alkoxides, produce metal oxide systems for use as binders or coatings

Tyzor® AA-105

A titanium chelate with acetylacetonate as the chelating agent with an 100% active content.

Tyzor AA-105 is similar to Tyzor AA, but has a TiO2 and active content of 23% and 100% respectively with no solvent content. TiO2 %: 23 Active Content %: 100 Form: Liquid Color: Yellow to Red Solvent: None Specific Gravity: 1.12 Viscosity, mPa: 90 Pour Point C(F): -25(-13) Boiling Point C(F) Solvent: n/a Flash Point C(F): 50(122) Solubility: Miscible in most organic solvents. Decomposes in water See benefits from Tyzor AA

Tyzor® AA-65, titanium acetylacetonates

A titanium chelate with acetylacetonate as the chelating agent. It is moderately stable in water and with a pour point of -70°C.

Tyzor AA-65 is similar to Tyzor AA, but has a TiO2 and active content of 15% and 65% respectively. It has a solvent content of 28% IPA and 7% EtOH TiO2 %: 15 Active Content %: 65 Form: Liquid Color: Yellow to Red Solvent: 28% IPA/7% EtOH Specific Gravity: 0.98 Viscosity, mPa: 8 Pour Point C(F): -70(-94) Boiling Point C(F) Solvent: 78(172.4)[Ethanol] Flash Point C(F): 14(57.2) Solubility: Miscible in most organic solvents. Decomposes in water See benefits from Tyzor AA

Tyzor® AA-75, titanium acetylacetonates

A titanium chelate with acetylacetonate as the chelating agent. It is moderately stable in water and with a pour point of -5°C.

Tyzor AA-75 is similar to Tyzor AA, but with specific gravity of 1.02 and viscosity 11 mPa. TiO2 %: 16.5 Active Content %: 75 Form: Liquid Color: Yellow to Red Solvent: 25% IPA Specific Gravity: 1.02 Viscosity, mPa: 11 Pour Point C(F): -5(23) Boiling Point C(F) Solvent: 82(179.6) Flash Point C(F): 12(53.6) Solubility: Miscible in most organic solvents. Decomposes in water Improved drying, solvent resistance, heat resistance adhesion to substrates such as aluminum and polyolefin foils in printing applications. Elimination of by products, high yield and easy work up in esterification and transesterification under mild conditions. Improved surface hardness, dispersibility, coloring effects, corrosion protection and heat and light reflection in coating applications. When combined with metal alkoxides, produce metal oxide systems for use as binders or coatings.

Tyzor® BTM

Tyzor™ BTM is similar to Tyzor 9000, but with a viscosity of 65 cp and a boiling point of 246°C.

See Tyzor 9000. Can also be used in polymerization reactions. TiO2 Content: 14% Active Content: 100% Molecular Weight: 340 g/mol Color: Yellow Specific Gravity (25C): 0.99 Viscosity (25C): 65 cp Pour Point: -70C Boiling Point: 246C Flash Point: 47C Refractive Index: 1.493 Solubility in Solvents: Miscible in most organic solvents Solubility in Water: Decomposes Quickly See Tyzor 9000. Also a useful catalyst in Ziegler-Natta reactions in the synthesis of polyolefins.

Tyzor® BTP, n-Butyl polytitanate

A yellowish polymeric butyl titanate with a 100 % active content.

Tyzor BTP is an organic liquid sensitive to moisture and has a very high TiO2 content with a low VOC amount in comparison to other titanates and zirconates TiO2 Content: 34.5 % Active Content: 100 % Color: Yellow Density (25C): 1.12g/cm3 Viscosity (25C): 2,000-6,000 mPa*s Pour Point: -39C Boiling Point: 246C Solubility in Solvents: Miscible in most organic solvents Solubility in Water: Decomposes quickly Solubility in Solvents: Miscible in most organic solvents In Reaction catalysts Elimination of by products, increased yield, easy work up, low catalyst concentration and low toxicity In Coatings Improved surface hardness, coloring effects, corrosion protection and heat and light reflection, iridescence, corrosion resistance, scratch resistance and adhesion in coating applications In Paint Additives BTP can be used as an additive to crosslink -OH and -COOH functional polymers, act as a binder itself or promote adhesion. In Pigments and Films Can be used to Micro or nano scale TiO2 pigments used to create polymeric TiO2 films on surfaces via pyrolytic or hydrolytic processes Binder Tyzor BTP can act as an inorganic binder by itself or combined with metal oxides in mineral filled systems to provide high temperature resistance.

Tyzor® EHTAA

Tyzor EHTAA is a titanium chelate with acetylacetonate as a chelating agent and 66% active content in 2-ethylhexanol.

EHTAA is a clear amber to orange slightly viscous liquid soluble in water for a short period of time. It can improve adhesion promotion, crosslinking of functional polymers or used to form polymeric titanium dioxide layers as a binder or coating. It can also act as a Lewis acid catalyst in Transesterification, esterification, condensation and addition reactions. They can also be used as additives in paint to crosslink functional polymers to binders, promote adhesion or bind to itself TiO2: 10.6% Ti Content: 6.3% Active Content: 66% Color: Yellow to Amber Solvent: 2-Ethylhexanol Specific Gravity (25C): 0.94 g/mL Boiling Point: 185C (Solvent) Flash Point: 54C Solubility in Solvents: Miscible in most organic solvents Solubility in Water: Partly Miscible In Coatings Improved surface hardness, coloring effects, corrosion protection and heat and light reflection, corrosion resistance and adhesion in coating applications In Pigments and Films Can be used to Micro or nano scale TiO2 pigments used to create polymeric TiO2 films on surfaces via pyrolytic or hydrolytic In Reaction catalysts Elimination of by products, increased yield, easy work up, low catalyst concentration and low toxicity In Printing inks See improved drying rates, increased solvent resistance, heat resistance, adhesion and crosslinking to various substrates in solvent based printing inks

Tyzor® ET, ethyl titanate

A pale yellow tetra ethyl titanate liquid with 100 % active content sensitive to moisture.

Tyzor ET is a solvent free titanate with a small amount of isopropoxy groups to keep the product liquid. It has the highest titanium content of all the tyzor products. Tyzor ET can be used in esterification, transesterification, condensation and addition processes as a Lewis acid catalyst. It is also an effective adhesion promoter, crosslinking agent and can also form polymeric titanium dioxide layers used as a binder or coating. TiO2 Content: 34 % Active Content: 100 % Color: Light Yellow Density (20C): 1.09 g/mL Viscosity (20C): 70 mPa*s Pour Point: -40C Boiling Point: 153C Flash Point: 40C Refractive index: 1.51 Solubility in Solvents: Miscible in most organic solvents Solubility in Water: Decomposes quickly Solubility in Solvents: Miscible in most organic solvents Similar to features and benefits of Tyzor BTP

Tyzor® GBA, titanium acetylacetonates

A titanium chelate with acetylacetonate as the chelating agent with a 16.4% TiO2 content.

Tyzor GBA can be applied as a coating primer, additive or in sol-gel systems as a base material. It can also act as a Lewis acid catalyst in esterification, transesterification, condensation and addition reactions. TiO2 %: 16.4 Active Content %: 75 Color: Orange to Red Solvent: Isopropanol, Butanol, Methanol Specific Gravity: 1.02 Viscosity, cps: 60 Pour Point C: -42 Boiling Point C: 70 Flash Point C: 12 Solubility in solvents: Miscible in most organic solvents Solubility: Decompose Excellent crosslinker and adhesion promoter in solvent based inks. Additional benefits in inks include improved dry rates, adhesion, solvent and heat resistance. In coating applications, glass, metals, fillers and pigments can be treated with Tyzor GBA to give increased adhesion promotion, surface hardness, scratch resistance, heat and light reflection and corrosion resistance. Act as additives to aid in crosslinking -OH and -COOH functional polymers or binders. Tyzor GBA also eliminate by products, increase yield, easy work-up and low catalyst concentration in esterification and transesterification of various esters and polyesters. These benefits also extend to addition reactions for polyurethanes

Tyzor® GBO, titanium acetylacetonates

A titanium chelate with acetylacetonate as the chelating agent with a 12.7% TiO2 content.

Similar to Tyzor GBA TiO2 %: 12.7 Active Content %: 60 Color: Orange to Red Solvent: Isopropanol, Butanol, Methanol Specific Gravity: 0.95 Viscosity, cps: <10 Pour Point C: <-42 Boiling Point C: 70 Flash Point C: 12 Solubility in solvents: Miscible in most organic solvents Solubility: Decompose Similar to Tyzor GBA

Tyzor® LA, titanium chelate

A stable water based titanium chelate excellent for use in aqueous systems. Tyzor LA is stable at pH around 7-8.

Tyzor LA can be used as a catalyst in transesterification, esterification and condensation applications. It can also be used as a cross linking agent for OH functional polymers, adhesion promoter and aid in the formation of polymeric titanium dioxide as a binder or coating. TiO2 Content: ca. 13.6% Active Content: ca. 50% Color: Colorless to light Density (25C): ca. 1.21/ml Viscosity (25C): ca.9 mPa*s pH: ca. 8-9 Pour Point: ca. -10C Boiling Point: ca. 100 (water) C Flash Point: None Solubility in Water: Miscible

Tyzor® NBZ, zirconium tetra-n-butanolate

Tyzor NBZ is a yellowish, highly reactive organic alkoxy zirconate with 87% active content in n-butanol.

Tyzor NBZ is used as a Lewis acid catalyst for esterification, addition and condensation reactions. They can also be used as Ziegler-Natta catalysts for polymerization. Some benefits include elimination of by products, increased yield, easy work up, low catalyst concentration and low toxicity ZrO2 Content: 28 % Active Content: 87 % Color: Yellow Molecular Weight: 383 g/mol Density (20C): 1.07 g/mL Viscosity (20C): 100 mPa*s Pour Point: -70 C Boiling Point (@10 mmHg): 117 C (Solvent) Flash Point: 35 Refractive Index: 1.51 Solubility in Solvents: Miscible in most organic solvents Solubility in Water: Decomposes quickly In Reaction catalysts Effective in reactions such as esterification, transesterification, condensation and addition reactions to result in products like acrylic esters, polyesters and plasticizers. Benefits include elimination of by products, increased yield, easy work up, low catalyst concentration and low toxicity In Coatings Improved surface hardness, coloring effects, corrosion protection and heat and light reflection, iridescence, corrosion resistance, scratch resistance and adhesion in coating applications In Paint Additives NBZ can be used as an additive to crosslink -OH and -COOH functional polymers, act as a binder or promote adhesion. In Pigments and Films Can be used to Micro or nano scale ZrO2 pigments used to create polymeric ZrO2 films on surfaces via pyrolytic or hydrolytic processes

Tyzor® NPT, titanium tetrapropanolate

A highly reactive clear colorless liquid organic alkoxy titanate with 100% active content

Similar to Tyzor BTP TiO2 Content: 28.1 % Active Content: 100 % Color: Colorless to Yellow Molecular Weight: 284 g/mol Density (20C): 1.05 g/ml Viscosity (20C): 190 mPa*s Pour Point: -50C Boiling Point: 170C Refractive Index: 1.5 Flash Point: 40C Solubility in Solvents: Miscible in most organic solvents Solubility in Water: Decomposes quickly Similar to Tyzor BTP. It can also be used in Zieglar-Natta catalysts for olefin polymerization.

Tyzor® NPZ, ziconium tetra-n-propanolate

A yellowish to tan, highly reactive organic alkoxy zirconate with 74 % active content in n-propanol.

Tyzor NPZ is used as a Lewis acid catalyst for esterification, addition and condensation reactions. They can also be used as Ziegler-Natta catalysts for polymerization. Some benefits include elimination of by products, increased yield, easy work up, low catalyst concentration and low toxicity TiO2 Content: 28 % Active Content: 74 % Color: Yellow to tan Molecular Weight: 324 g/mol Density (20C): 1.07g/mL Viscosity (20C): 80 mPa*s Pour Point: -70 C Boiling Point (@10 mmHg): 97 C (Solvent) Flash Point: 23 Refractive Index: 1.445 Solubility in Solvents: Miscible in most organic solvents Solubility in Water: Decomposes quickly In Reaction catalysts Effective in reactions such as esterification, transesterification, condensation and addition reactions to result in products like acrylic esters, polyesters and plasticizers. Benefits include elimination of by products, increased yield, easy work up, low catalyst concentration and low toxicity Oil & Gas fracturing Effective crosslinker for dispersion of guar and it's derivatives to form high viscosity aqueous gels used in fracturing applications. In Coatings Improved surface hardness, coloring effects, corrosion protection and heat and light reflection, iridescence, corrosion resistance, scratch resistance and adhesion in coating applications In Paint Additives NPZ can be used as an additive to crosslink -OH and -COOH functional polymers, act as a binder or promote adhesion. In Pigments and Films Can be used to Micro or nano scale ZrO2 pigments used to create polymeric ZrO2 films on surfaces via pyrolytic or hydrolytic processes

Tyzor® OGT, octyleneglycol titanate

A reactive organic alkoxy titanate with 100% active content less sensitive to moisture than Tyzor TPT and TnBT

Similar to Tyzor BTP TiO2 Content: 12.7% Active Content: 100 % Color: Colorless to Yellow Density (20C): 1.03 g/mL Viscosity (20C): 3500 mPa*s Pour Point: -55C Flash Point: 40C Solubility in Solvents: Miscible in most organic solvents Solubility in Water: Decomposes Similar to Tyzor BTP It can also act as a binder itself, used as an additive in sealants to crosslink -OH or -COOH functional polymers, binders or promote adhesion.

Tyzor® PITA SM

Tyzor™ PITA SM is a mixture of titanium ethyl acetoacetate complex with 100% active content and methyl-trimethoxy silane.

Tyzor PITA-SM is designed as a curing agent for silicone based sealants and adhesives. Its high reactivity at low temperatures enables it to react with common functional groups such as R-OH, M-OH, SiOH, or R-COOH to effect cure rate, crosslinking and adhesion promotion. TiO2 Content: ca. 15.2% Active Content: ca. 80% Color: Yellow to Orange Density (20 C): ca. 1.08 g/ml Viscosity (20 C): ca. 8 mPa*s Pour Point: < -10 C Boiling Point: ca. 102 C (Solvent) Flash Point: ca. 32 C Solubility in Solvents: Miscible in most organic solvents Solubility in water: Decomposes Tyzor PITA-SM in silicone sealants and adhesives promotes adhesion, crosslinks silanes, increases cure rate and acts as a drying agent. It can also provide these benefits when used with silanol end-capped polymers such as polypropylene oxides, acrylates, or polyurethanes. They can also be used as additives in paints to cross-link functional polymers or binders, act as binders or promote adhesion.

Tyzor® TE, triethanolamine Titanate

A triethanolamine titanium complex with 80% active ingredient in alcohol solvent. It hydrolyzes to form a water stable chelate.

Tyzor TE forms a reactive hydroxy titanium chelate by hydrolysis with water. This chelate is stable in water for extended periods. When crosslinked with polymers such as carbohydrates, strong gels can be formed. Tyzor TE can act as adhesion promoters to oxidized surfaces. They can also be used as Lewis acid catalysts in processes such as esterification, transesterification, condensation and addition reactions. TiO2 Content: ~13.7% Active Content: 80% Color: Light Yellow Density (25 C): 1.06 g/ml Viscosity (25 C): 350 mPa*s Pour Point: -47 C Boiling Point: 85 C Flash Point: 16 C In esterification, transesterification, condensation and addition reactions, expect moderate reaction rates, high yield, easy work-up, low toxicity and low catalyst concentration. It's an effective crosslinking agent for pigments and binders in waterborne paints, carbohydrate coated latex particles for viscous thixotropic paints and dispersions of guar and its derivatives to form highly viscous aqueous gels used in oil well fracturing.

Tyzor® TnBT, tetra-n-butyl titanate

A Lewis acid catalyst and highly reactive organic alkoxy titanate with 100% active content.

Excellent as cross-linking agent or effective adhesion promoter to polymers. Also forms polymeric titanium dioxide layers used as a binder or coating. Tyzor TnBT can be used as a Lewis acid catalyst in esterification, transesterification, condensation and addition reactions. TiO2 Content: 23.5 % Active Content: 100 % Color: Colorless to Pale Yellow Molecular Weight: 340 g/mol Density (20C): 0.99g/mL Freezing Point: -70C Boiling Point (@10 mmHg): 183C Flash Point: 47C Solubility in Solvents: Miscible in most organic solvents Solubility in Water: Decomposes quickly In Reaction catalysts Elimination of by products, increased yield, easy work up, low catalyst concentration and low toxicity In Coatings Improved surface hardness, coloring effects, corrosion protection and heat and light reflection, iridescence, corrosion resistance, scratch resistance and adhesion in coating applications In Paint Additives TnBT can be used as an additive to crosslink -OH and -COOH functional polymers, act as a binder itself or promote adhesion. In Pigments and Films Can be used to Micro or nano scale TiO2 pigments used to create polymeric TiO2 films on surfaces via pyrolytic or hydrolytic processes

Tyzor® TOT, tetra-2-ethylhexyl titanate

A clear to yellowish reactive organic alkoxy titanate with 100% active content, but less sensitive to moisture than TPT or TnBT

Similar to Tyzor TnBT TiO2 Content: 14.4 % Active Content: 100 % Color: Colorless to Pale Yellow Molecular Weight: 564 g/mol Density (20C): 0.92g/mL Viscosity (20C): 140 mPa Boiling Point (@10 mmHg): 249C Flash Point: 60C Refractive Index: 1.482 Solubility in Solvents: Miscible in most organic solvents Solubility in Water: Decomposes quickly Similar to Tyzor TnBT

Tyzor® TPT 20B, tetra-isopropyl titanate

A highly reactive organic alcoxy mixture of Tyzor TPT and TnBT. A clear to yellowish liquid that is very sensitive to moisture.

Similar to Tyzor TPT. Very low pour points (< 30C) compared to Tyzor TPT TiO2 Content: 27.1 % Active Content: 100 % Color: Colorless to Pale Yellow Molecular Weight: 564 g/mol Density (20C): 0.97g/mL Viscosity (20C): 20 Freezing Point: <-30 Boiling Point (@10 mmHg): 220C Flash Point: 42 Refractive Index: 1.482 Solubility in Solvents: Miscible Solubility in Water: Decomposes Similar to Tyzor TPT

Tyzor® TPT, tetra-isopropyl titanate

A 100% active colorless to yellowish liquid, highly reactive organic alkoxy titanate with a freezing point of 19C

Excellent as cross-linking agent or effective adhesion promoter to polymers. Also forms polymeric titanium dioxide layers used as a binder or coating. Tyzor TnBT can be used as a Lewis acid catalyst in esterification, transesterification, condensation and addition reactions. If crystallization occurs, the product can be re-dissolved by warming and agitation. TiO2 Content: 28.1 % Active Content: 100 % Color: Colorless to Pale Yellow Molecular Weight: 284 g/mol Density (20C): 0.95g/mL Viscosity (20C): 3.5 mPa*s Freezing Point: 19C Boiling Point (@10 mmHg): 232C Flash Point: 56C Solubility in Solvents: Miscible in most organic solvents Solubility in Water: Decomposes quickly In Reaction catalysts Tyzor TPT is used as a Lewis acid catalyst for esterification, addition and condensation reactions. They can also be used as Ziegler-Natta catalysts for polymerization. Some benefits include elimination of by products, increased yield, easy work up, low catalyst concentration and low toxicity In Coatings Improved surface hardness, coloring effects, corrosion protection and heat and light reflection, iridescence, corrosion resistance, scratch resistance and adhesion in coating applications In Paint Additives TnBT can be used as an additive to crosslink -OH and -COOH functional polymers, act as a binder itself or promote adhesion. In Pigments and Films Can be used to Micro or nano scale TiO2 pigments used to create polymeric TiO2 films on surfaces via pyrolytic or hydrolytic processes