| 2-Ethylhexanoic Acid | Penpet Petrochemical Trading GmbH | 2-Ethylhexanoic Acid, in the form of a dense, clear, colourless to yellow liquid with a faint odour, is a catalyst that can be used in the dye and paint, and printing ink industry. This product is insoluble in water but is soluble in almost all conventio...view more 2-Ethylhexanoic Acid, in the form of a dense, clear, colourless to yellow liquid with a faint odour, is a catalyst that can be used in the dye and paint, and printing ink industry. This product is insoluble in water but is soluble in almost all conventional solvents. Most of its siccatives are metal salts that can be used as drying agents. view less | |
| 2-Ethylhexanoic Acid | Perstorp | 2-Ethylhexanoic Acid is a colorless liquid with one carboxylic group based on a C8 carbon chain. 2-EHA is widely used in esters for PVB film plasticizers and synthetic lubricants, in production of metal soaps for paint driers, in automotive coolants and P...view more 2-Ethylhexanoic Acid is a colorless liquid with one carboxylic group based on a C8 carbon chain. 2-EHA is widely used in esters for PVB film plasticizers and synthetic lubricants, in production of metal soaps for paint driers, in automotive coolants and PVC stabilizers. Other application areas include wood preservatives, catalyst for polyurethane and in pharmaceuticals. view less | |
| AC 108 | BIP (Oldbury) Ltd | AC 108 is a modified ammonium chloride catalyst. It is a neutral clear liquid solution with low reactivity. Primarily used as a catalyst for urea and melamine resins. | |
| AC 119 | BIP (Oldbury) Ltd | AC 119 is a modified magnesium chloride catalyst. In a highly reactivity, low PH clear solution. It has applications where high production speeds required. | |
| AC 178 | BIP (Oldbury) Ltd | AC 178 is a magnesium chloride catalyst. It has medium reactivity and is a clear solution. It is mainly used in medium cure catalyst having minimum effect on shade. | |
| AC 600 | BIP (Oldbury) Ltd | AC 600 is an amine salt of p-toluene sulphonic acid in isopropanol. It is a highly reactive, clear solution. Primarily recommended for use in curing HMMM resin PT 370. | |
| ACURE™ 500 | Allnex | ACURE™ 500 is the first generation of blocked catalyst used in ACURE™ systems. ACURE™ 500 consists of a strong base which is blocked with di-ethyl carbonate. ACURE™ 500 unblocks with the release of alcohol and CO2 and is the key enabler to the provision o...view more ACURE™ 500 is the first generation of blocked catalyst used in ACURE™ systems. ACURE™ 500 consists of a strong base which is blocked with di-ethyl carbonate. ACURE™ 500 unblocks with the release of alcohol and CO2 and is the key enabler to the provision of fast dry times with long pot lives in ACURE™ coatings. The rate at which ACURE™ 500 unblocks may be controlled by the addition of an alcohol (typically ethanol, n-propanol, or n-butanol) to the ACURE™ coating. view less | Request Sample |
| ADDITOL® P 920 | Allnex | ADDITOL® P 920 is a catalyst masterbatch designed for create wrinkle finishes. It contains 5% active substance in a hydroxylated polyester matrix. Coatings made using this masterbatch in conjunction with CRYLCOAT® 2920-0 and a glycoluril crosslinker produ...view more ADDITOL® P 920 is a catalyst masterbatch designed for create wrinkle finishes. It contains 5% active substance in a hydroxylated polyester matrix. Coatings made using this masterbatch in conjunction with CRYLCOAT® 2920-0 and a glycoluril crosslinker produce a consistent wrinkle finish with good mechanical properties. view less | Request Sample |
| ADDITOL® P 963 | Allnex | ADDITOL® P 963 is a catalyst masterbatch to be used in hybrid, TGIC or ARALDITE® PT-910 systems. ADDITOL® P 963 contains 5 % active substance and has been designed for indoor and outdoor use. ADDITOL® P 963 is easily handled and greatly improves dispersio...view more ADDITOL® P 963 is a catalyst masterbatch to be used in hybrid, TGIC or ARALDITE® PT-910 systems. ADDITOL® P 963 contains 5 % active substance and has been designed for indoor and outdoor use. ADDITOL® P 963 is easily handled and greatly improves dispersion of the catalyst in powder coating formulations. view less | Request Sample |
| ADDITOL® P 964 | Allnex | ADDITOL® P 964 is a catalyst master batch designed for use in hybrid, TGIC or ARALDITE PT-910 systems. It contains 5% active substance and is designed for indoor or outdoor use. ADDITOL® P 964 is easily handled and greatly improves the dispersion of catal...view more ADDITOL® P 964 is a catalyst master batch designed for use in hybrid, TGIC or ARALDITE PT-910 systems. It contains 5% active substance and is designed for indoor or outdoor use. ADDITOL® P 964 is easily handled and greatly improves the dispersion of catalyst in powder coatings. view less | Request Sample |
| ADDITOL® P 966 | Allnex | ADDITOL® P 966 is a catalyst masterbatch for use in TGIC or ARALDITE® PT-910 systems. This resin contains 5% active ingredient in a superdurable polyester resin matrix. ADDITOL® P 966 is easily handled and greatly improves dispersion of the catalyst in po...view more ADDITOL® P 966 is a catalyst masterbatch for use in TGIC or ARALDITE® PT-910 systems. This resin contains 5% active ingredient in a superdurable polyester resin matrix. ADDITOL® P 966 is easily handled and greatly improves dispersion of the catalyst in powder coating formulations when mixed with superdurable resins. This material can also be used with CRYLCOAT® 4420-0 and CRYLCOAT® 4430-0 at varying levels in dry-blend systems to achieve adjustable low gloss values. view less | Request Sample |
| ADDITOL® VXK 6365 | Allnex | ADDITOL® VXK 6365 increases the reactivity of polyisocyanates (blocked or not) with aqueous hydrofunctional binders. An enhanced reactivity of 2-pack isocyanate crosslinkable systems can negatively affect their storage stability. It is recommended to chec...view more ADDITOL® VXK 6365 increases the reactivity of polyisocyanates (blocked or not) with aqueous hydrofunctional binders. An enhanced reactivity of 2-pack isocyanate crosslinkable systems can negatively affect their storage stability. It is recommended to check compatibility and potlife. view less | Request Sample |
| Ammoniumpersulfat Mit 0.5% Aerosil | Büfa Chemikalien GmbH & Co.KG | Ammoniumpersulfat Mit 0.5% Aerosil (Ammoniumperoxodisulfat) is an odorless, white to slightly yellow crystalline powder. | |
| Barium Neodecanoate (EGECat Ba 10%) | EGE Kimya San ve Tic A.S. | Barium Neodecanoate (EGECat Ba 10%) is a clear liquid that consists of neodecanoic acid barium salt. This product is typically used as a replacement for lead (Pb) in free coatings. It also helps promote thorough drying, good pigment wetting properties, an...view more Barium Neodecanoate (EGECat Ba 10%) is a clear liquid that consists of neodecanoic acid barium salt. This product is typically used as a replacement for lead (Pb) in free coatings. It also helps promote thorough drying, good pigment wetting properties, and it can increase the stability of the coating. view less | |
| Barium Neodecanoate (EGECat Ba 12.5%) | EGE Kimya San ve Tic A.S. | Barium Neodecanoate (EGECat Ba 12.5%) is a clear liquid that consists of neodecanoic acid barium salt. This product is typically used as a replacement for lead (Pb) in free coatings. It also helps promote thorough drying, good pigment wetting properties, ...view more Barium Neodecanoate (EGECat Ba 12.5%) is a clear liquid that consists of neodecanoic acid barium salt. This product is typically used as a replacement for lead (Pb) in free coatings. It also helps promote thorough drying, good pigment wetting properties, and it can increase the stability of the coating. view less | |
| Basic Chromic Acetate Powder | McGean-Rohco, Inc. | Basic Chromic Acetate Powder is used in pigments, drilling muds, textile mordants, leather tanning, and as catalysts for oxidation, polymerization, and emulsion hardening. | |
| Basic Chromic Sulfate Solution | McGean-Rohco, Inc. | Basic Chromic Sulfate Solution is a dark green solution. Uses include metal finishing, pigments, textile mordants, leather tanning, and catalysts. | |
| Bayoxide® Z active | OMG Borchers GmbH | Bayoxide® Z active is a zinc oxide that is obtained by precipitation. It is highly dispersed and extremely reactive. Because of its microscopic structure, this substance is an interesting additive for the coatings sector. It is used as a raw material for ...view more Bayoxide® Z active is a zinc oxide that is obtained by precipitation. It is highly dispersed and extremely reactive. Because of its microscopic structure, this substance is an interesting additive for the coatings sector. It is used as a raw material for coatings based on binders which are compatible with zinc oxide. view less | |
| Bismuth Octoate (EGECat Bi 24%) | EGE Kimya San ve Tic A.S. | Bismuth Octoate (EGECat Bi 24%) is a catalyst that is used in polyurethane applications. This product is soluble in organic solvent and oils, and has a bismuth metal content of 24% and a total solids content of 100%. | |
| Bisomer® PTE | GEO Specialty Chemicals, Inc., Paints & Coatings Group | Bisomer® PTE is widely used in activating MMA based acrylic resins; styrene based unsaturated polyesters and vinyl ester methacrylate formulations. This product has an amine value of 250-264mg KOH/g, a Gardner colour number of 15 max., and a molecular wei...view more Bisomer® PTE is widely used in activating MMA based acrylic resins; styrene based unsaturated polyesters and vinyl ester methacrylate formulations. This product has an amine value of 250-264mg KOH/g, a Gardner colour number of 15 max., and a molecular weight (av) of 217g/mol. Bisomer® PTE is an aromatic tertiary amine used as an amine activator for organic peroxide initiation, ideal for use in formulations using dibenzoyl peroxide (BPO). It has reduced toxicity. Bisomer® PTE is extensively used to activate MMA based acrylic resins, styrene-based unsaturated polyesters and vinyl ester methacrylate formulations. It is ideal in a wide range of applications, including acrylic flooring, adhesives, chemical fixings, road-marking paints, anchor bolts and chemical mortars. view less | |
| Borchi® Kat 0243 | OMG Borchers GmbH | Borchi® Kat 0243 is a tin-free catalyst based on metal carboxylate that is used as an accelerator for solventborne two-component polyurethane coatings. It contains no organic complexing agents and is a non-hazardous replacement for other polyurethane cata...view more Borchi® Kat 0243 is a tin-free catalyst based on metal carboxylate that is used as an accelerator for solventborne two-component polyurethane coatings. It contains no organic complexing agents and is a non-hazardous replacement for other polyurethane catalysts, especially for tertiary amines and DBTL. Borchi® Kat 0243 accelerates the chemical reaction between the alcohol and isocyanate component of polyurethane coating systems, thus allowing optimum steering of the drying properties, both during force-drying and curing at room temperature. In pigmented coating systems, the catalytic activity may be reduced after prolonged storage. view less | |
| Borchi® Kat 0244 | OMG Borchers GmbH | Borchi® Kat 0244 is a tin-free catalyst based on metal carboxylate that is used as an accelerator for solventborne two-component polyurethane coatings. It contains no organic complexing agents and is a non-hazardous replacement for other polyurethane cata...view more Borchi® Kat 0244 is a tin-free catalyst based on metal carboxylate that is used as an accelerator for solventborne two-component polyurethane coatings. It contains no organic complexing agents and is a non-hazardous replacement for other polyurethane catalysts, especially for tertiary amines and DBTL. The use of Borchi® Kat 0244 ensures fast blocking stability of polyurethane coatings. It also improves solvent resistance, high film hardness and early sandability of the coating. This product is suitable for automotive refinishing. In pigmented coating systems, the catalytic activity may be reduced after prolonged storage. view less | |
| Borchi® Kat 0245 | OMG Borchers GmbH | Borchi® Kat 0245 is a tin-free catalyst based on metal carboxylate that is used as an accelerator for solventborne one- and two-component polyurethane coatings. It contains no organic complexing agents and is a non-hazardous replacement for other polyuret...view more Borchi® Kat 0245 is a tin-free catalyst based on metal carboxylate that is used as an accelerator for solventborne one- and two-component polyurethane coatings. It contains no organic complexing agents and is a non-hazardous replacement for other polyurethane catalysts, especially for tertiary amines and DBTL. This product is suitable for automotive refinishing and industrial coating. In these formulations, Borchi® Kat 0245 is characterized by its very good and consistent activity and stability, even after prolonged storage. view less | |
| Borchi® Kat 0761 | OMG Borchers GmbH | Borchi® Kat 0761 is a tin-free catalyst based on zinc neodecanoate. It is an accelerator for solventborne one- and two-component polyurethane coatings and polyurethane-based Coil-Coating systems. Borchi® Kat 0761 contains no organometal compounds and no o...view more Borchi® Kat 0761 is a tin-free catalyst based on zinc neodecanoate. It is an accelerator for solventborne one- and two-component polyurethane coatings and polyurethane-based Coil-Coating systems. Borchi® Kat 0761 contains no organometal compounds and no organic complexing agents. Borchi® Kat 0761 is an ecologically safe replacement for other polyurethane catalysts, especially for tertiary amines and organotin compounds, such as DBTL. Borchi® Kat 0761 is suitable for one- and two-component solventborne polyurethane clear coats and pigmented coating systems, e.g. for automotive refinishing and industrial coatings as well as for Coil-Coating paints based on blocked isocyanate systems. In this application Borchi® Kat 0761 provides a high catalytic activity. view less | |
| Borchi® Kat 15 | OMG Borchers GmbH | Borchi® Kat 15 is a tin-free catalyst based on zinc neodecanoate. It is an accelerator for solventborne one and two-component polyurethane coatings and polyurethane-based Coil-Coating systems. This product contains no organic complexing agents and is an e...view more Borchi® Kat 15 is a tin-free catalyst based on zinc neodecanoate. It is an accelerator for solventborne one and two-component polyurethane coatings and polyurethane-based Coil-Coating systems. This product contains no organic complexing agents and is an ecologically safe replacement for other polyurethane catalysts, especially for tertiary amines and dibutyl tin dilaurate (DBTL). view less | |
| Borchi® Kat 22 | OMG Borchers GmbH | Borchi® Kat 22 is a tin-free catalyst based on metal carboxylate. It is an accelerator for solventborne one and two-component polyurethane coatings and polyurethane-based Coil-Coating systems. This product contains no organic complexing agents and is an e...view more Borchi® Kat 22 is a tin-free catalyst based on metal carboxylate. It is an accelerator for solventborne one and two-component polyurethane coatings and polyurethane-based Coil-Coating systems. This product contains no organic complexing agents and is an ecologically safe replacement for other polyurethane catalysts, especially for tertiary amines and dibutyl tin dilaurate (DBTL). view less | |
| Borchi® Kat 24 | OMG Borchers GmbH | Borchi® Kat 24 is a highly reactive tin-free catalyst based on metal carboxylate used as accelerator for solventborne one- and two-component polyurethane coatings and stoving enamels based on blocked isocyanates. It contains no additional organic complexi...view more Borchi® Kat 24 is a highly reactive tin-free catalyst based on metal carboxylate used as accelerator for solventborne one- and two-component polyurethane coatings and stoving enamels based on blocked isocyanates. It contains no additional organic complexing agents. This product is an ecologically safe replacement for other polyurethane catalysts, especially for amines and tin-based products like dibutyl tin dilaurate (DBTL). This product is particularly suitable for automotive refinish coatings, industrial coatings and also coil coatings formulated with blocked isocyanates. view less | |
| Borchi® Kat 28 | OMG Borchers GmbH | Borchi® Kat 28 is a stabilized tin octoate with a metal content of approx. 28 % by weight and is soluble in most organic solvents. It is a clear solvent-free liquid of low viscosity. This product contains no additional organic complexing agents. It allows...view more Borchi® Kat 28 is a stabilized tin octoate with a metal content of approx. 28 % by weight and is soluble in most organic solvents. It is a clear solvent-free liquid of low viscosity. This product contains no additional organic complexing agents. It allows optimal control of the drying properties, both during forced-drying and curing at room temperature. view less | |
| Borchi® Kat 315 | OMG Borchers GmbH | Borchi® Kat 315 is a highly reactive tin-free catalyst based on bismuth neodecanoate used as accelerator for solventborne or solvent-free one- and two-component polyurethane systems and stoving enamels based on blocked isocyanates. Furthermore Borchi® Kat...view more Borchi® Kat 315 is a highly reactive tin-free catalyst based on bismuth neodecanoate used as accelerator for solventborne or solvent-free one- and two-component polyurethane systems and stoving enamels based on blocked isocyanates. Furthermore Borchi® Kat 315 can be used in the catalysis of PU foams as well as RTV silicone resins. This catalyst contains no additional organic complexing agents. Borchi® Kat 315 is an ecologically safe replacement for other polyurethane catalysts, especially for amines and tin-based products like DBTL. view less | |
| Borchi® Kat 320 | OMG Borchers GmbH | Borchi® Kat 320 is a highly reactive tin-free catalyst based on bismuth 2-Ethylhexanoate used as accelerator for solventborne one- and two-component polyurethane systems and stoving enamels based on blocked isocyanates. Furthermore Borchi® Kat 320 can be ...view more Borchi® Kat 320 is a highly reactive tin-free catalyst based on bismuth 2-Ethylhexanoate used as accelerator for solventborne one- and two-component polyurethane systems and stoving enamels based on blocked isocyanates. Furthermore Borchi® Kat 320 can be used in the catalysis of PU foams as well as RTV silicone resins. This catalyst contains no additional organic complexing agents. Borchi® Kat 320 is an ecologically safe replacement for other polyurethane catalysts, especially for amines and tin-based products like DBTL. view less | |
| Borchi® OXY - Coat | OMG Borchers GmbH | Borchi® OXY - Coat is a metal-based catalyst which demonstrates excellent performance at low use levels. In direct comparison to cobalt based driers, improvements are noted in respect of drying activity, colour performance, gloss and haze. Excellent resul...view more Borchi® OXY - Coat is a metal-based catalyst which demonstrates excellent performance at low use levels. In direct comparison to cobalt based driers, improvements are noted in respect of drying activity, colour performance, gloss and haze. Excellent results can be achieved under adverse conditions. This product can be used in all coatings which dry by oxidation, such as Alkyd, vegetable oils, epoxy esters, polybutadiene etc. view less | |
| Borchi® OXY - Coat 1101 | OMG Borchers GmbH | Borchi® OXY - Coat 1101 is a metal-based catalyst which gives excellent performance at low use levels. In direct comparison to Cobalt based driers, improvements are noted in respect of drying activity, colour performance, gloss and haze. Excellent results...view more Borchi® OXY - Coat 1101 is a metal-based catalyst which gives excellent performance at low use levels. In direct comparison to Cobalt based driers, improvements are noted in respect of drying activity, colour performance, gloss and haze. Excellent results can be achieved under adverse conditions. This product can be used in any coating drying by oxidative crosslinking, e.g. alkyds, vegetable oils, epoxy esters, polybutadiene etc. view less | |
| Butaflow BT-71 | Estron Chemical, Inc. | Butaflow BT-71 is a tin-based catalyst comprised of dibutyltin dilaurate adsorbed onto a silica carrier. This product may be used in both e-caprolactam blocked polyurethane powder coatings and internally blocked uretdione systems. Butaflow BT-71 is incorp...view more Butaflow BT-71 is a tin-based catalyst comprised of dibutyltin dilaurate adsorbed onto a silica carrier. This product may be used in both e-caprolactam blocked polyurethane powder coatings and internally blocked uretdione systems. Butaflow BT-71 is incorporated as a raw material during the premix stage of processing, and a laboratory investigation is recommended to optimize the concentration and processing conditions for a particular formulation. view less | |
| BYK®-CATALYST 450 | BYK | BYK®-CATALYST 450 is an acid catalyst for solvent-borne and aqueous paint systems. It is a solution of an amine salt of para-toluene sulfonic acid. This product accelerates the crosslinking of amino resins with resins containing hydroxyl groups. Especiall...view more BYK®-CATALYST 450 is an acid catalyst for solvent-borne and aqueous paint systems. It is a solution of an amine salt of para-toluene sulfonic acid. This product accelerates the crosslinking of amino resins with resins containing hydroxyl groups. Especially low reactive melamine formaldehyde resins of HMMM-type need an accelerator to lower the curing temperature or to reduce the baking time. In comparison with pure para-toluenesulfonic acid, the product shows considerably lower viscosity increase on storage which can extend shelf life 1,5 - 3 times. The additive allows a 10 to 20°C lower baking temperature compared to other blocked para-TSA catalysts (such as those with morpholine or aminomethylpropanol). view less | |
| Chrome Nitrate Solution, 11.5% Chrome | McGean-Rohco, Inc. | Chrome Nitrate Solution, 11.5% Chrome is used in pigments, metal finishing, and catalyst applications. | |
| Chrome Nitrate Solution, 8.5% Chrome | McGean-Rohco, Inc. | Chrome Nitrate Solution, 8.5% Chrome is used in catalysts, pigments, metal finishing, and catalyst applications. | |
| Chrome Nitrate Solution, 9.6% Chrome | McGean-Rohco, Inc. | Chrome Nitrate Solution, 9.6% Chrome is used in pigments, metal finishing, and catalyst applications. | |
| Chromic Acetate Solution | McGean-Rohco, Inc. | Chromic Acetate Solution is used in pigments, drilling muds, textile mordants, leather tanning, and as catalysts for oxidation, polymerization, and emulsion hardening. | |
| Chromic Acid | Qingdao Sun Chemical Corporation Limited | Chromic Acid is widely used in chromium plating, wood preservation, medicine, catalyst, pigment, oxidizing agent, glass coloring and mordant of textile, as well as in material producing oxidative catalyst. This product is supplied in dark red flakes, has ...view more Chromic Acid is widely used in chromium plating, wood preservation, medicine, catalyst, pigment, oxidizing agent, glass coloring and mordant of textile, as well as in material producing oxidative catalyst. This product is supplied in dark red flakes, has a melting point of 197°C(starts to decompose), and has a specific gravity of 2.70g/cm^3. It has strong oxidation, deliquescer readily in air, and highly soluble in water. view less | |
| Chromium Acetylacetonate | McGean-Rohco, Inc. | Chromium Acetylacetonate is used in the preparation of organic chromium compounds, especially for use as catalysts. This compound is very soluble in most organic solvents including Isopropyl Alcohol, Toluene, Methanol, but this compound is not readily sol...view more Chromium Acetylacetonate is used in the preparation of organic chromium compounds, especially for use as catalysts. This compound is very soluble in most organic solvents including Isopropyl Alcohol, Toluene, Methanol, but this compound is not readily soluble in water. view less | |
| Chromium Tartrate Solution | McGean-Rohco, Inc. | Chromium Tartrate Solution is used as mordants in textile dyeing, chrome conversion coatings, hydrogenation catalysts and anti-foulants for oil field applications. | |
| Cobalt Neodecanoate (EGECat Co 10%) | EGE Kimya San ve Tic A.S. | Cobalt Neodecanoate (EGECat Co 10%) is a strong oxidation catalyst that consists of neodecanoic acid and cobalt salt. This product is often used as a polyester accelerator in UPR systems. It is soluble in organic solvent and oils, and has a cobalt metal c...view more Cobalt Neodecanoate (EGECat Co 10%) is a strong oxidation catalyst that consists of neodecanoic acid and cobalt salt. This product is often used as a polyester accelerator in UPR systems. It is soluble in organic solvent and oils, and has a cobalt metal content of 10% and a total solids content of 60%. view less | |
| Cobalt Neodecanoate (EGECat Co 12%) | EGE Kimya San ve Tic A.S. | Cobalt Neodecanoate (EGECat Co 12%) is a strong oxidation catalyst that consists of neodecanoic acid and cobalt salt. This product is often used as a polyester accelerator in UPR systems. It is soluble in organic solvent and oils, and has a cobalt metal c...view more Cobalt Neodecanoate (EGECat Co 12%) is a strong oxidation catalyst that consists of neodecanoic acid and cobalt salt. This product is often used as a polyester accelerator in UPR systems. It is soluble in organic solvent and oils, and has a cobalt metal content of 12% and a total solids content of 74%. view less | |
| Cobalt Octoate (EGECat Co 0.5%, in Styrene) | EGE Kimya San ve Tic A.S. | Cobalt Octoate (EGECat Co 0.5%, in Styrene) is a strong oxidation catalyst that is often used as a polyester accelerator in UPR systems. It has a cobalt metal content of 0.5% and a total solids content of 5%. | |
| Cobalt Octoate (EGECat Co 0.5%, in TXIB) | EGE Kimya San ve Tic A.S. | Cobalt Octoate (EGECat Co 0.5%, in TXIB) is a strong oxidation catalyst that is often used as a polyester accelerator in UPR systems. It has a cobalt metal content of 0.5% and a total solids content of 100%. | |
| Cobalt Octoate (EGECat Co 0.5%, in WS) | EGE Kimya San ve Tic A.S. | Cobalt Octoate (EGECat Co 0.5%, in WS) is a strong oxidation catalyst that is often used as a polyester accelerator in UPR systems. It has a cobalt metal content of 0.5% and a total solids content of 5%. | |
| Cobalt Octoate (EGECat Co 0.5%, in Xylene) | EGE Kimya San ve Tic A.S. | Cobalt Octoate (EGECat Co 0.5%, in Xylene) is a strong oxidation catalyst that is often used as a polyester accelerator in UPR systems. It has a cobalt metal content of 0.5% and a total solids content of 5%. | |
| Cobalt Octoate (EGECat Co 1%, in Styrene) | EGE Kimya San ve Tic A.S. | Cobalt Octoate (EGECat Co 1%, in Styrene) is a strong oxidation catalyst that is often used as a polyester accelerator in UPR systems. It has a cobalt metal content of 1% and a total solids content of 6%. | |
| Cobalt Octoate (EGECat Co 1%, in Toluene) | EGE Kimya San ve Tic A.S. | Cobalt Octoate (EGECat Co 1%, in Toluene) is a strong oxidation catalyst that is often used as a polyester accelerator in UPR systems. It has a cobalt metal content of 1% and a total solids content of 5%. | |
| Cobalt Octoate (EGECat Co 1%, in TXIB) | EGE Kimya San ve Tic A.S. | Cobalt Octoate (EGECat Co 1%, in TXIB) is a strong oxidation catalyst that is often used as a polyester accelerator in UPR systems. It has a cobalt metal content of 1% and a total solids content of 100%. | |
| Cobalt Octoate (EGECat Co 1%, in WS) | EGE Kimya San ve Tic A.S. | Cobalt Octoate (EGECat Co 1%, in WS) is a strong oxidation catalyst that is often used as a polyester accelerator in UPR systems. It has a cobalt metal content of 1% and a total solids content of 10%. | |
| Cobalt Octoate (EGECat Co 1%, in Xylene) | EGE Kimya San ve Tic A.S. | Cobalt Octoate (EGECat Co 1%, in Xylene) is a strong oxidation catalyst that is often used as a polyester accelerator in UPR systems. It has a cobalt metal content of 1% and a total solids content of 10%. | |
| Cobalt Octoate (EGECat Co 10%, in Toluene) | EGE Kimya San ve Tic A.S. | Cobalt Octoate (EGECat Co 10%, in Toluene) is a strong oxidation catalyst that is often used as a polyester accelerator in UPR systems. It has a cobalt metal content of 10% and a total solids content of 60%. | |
| Cobalt Octoate (EGECat Co 10%, in TXIB) | EGE Kimya San ve Tic A.S. | Cobalt Octoate (EGECat Co 10%, in TXIB) is a strong oxidation catalyst that is often used as a polyester accelerator in UPR systems. It has a cobalt metal content of 10% and a total solids content of 100%. | |
| Cobalt Octoate (EGECat Co 10%, in WS) | EGE Kimya San ve Tic A.S. | Cobalt Octoate (EGECat Co 10%, in WS) is a strong oxidation catalyst that is often used as a polyester accelerator in UPR systems. It has a cobalt metal content of 10% and a total solids content of 65%. | |
| Cobalt Octoate (EGECat Co 10%, in Xylene) | EGE Kimya San ve Tic A.S. | Cobalt Octoate (EGECat Co 10%, in Xylene) is a strong oxidation catalyst that is often used as a polyester accelerator in UPR systems. It has a cobalt metal content of 10% and a total solids content of 65%. | |
| Cobalt Octoate (EGECat Co 12%, in D60) | EGE Kimya San ve Tic A.S. | Cobalt Octoate (EGECat Co 12%, in D60) is a strong oxidation catalyst that is often used as a polyester accelerator in UPR systems. It has a cobalt metal content of 12% and a total solids content of 80%. | |
| Cobalt Octoate (EGECat Co 12%, in WS) | EGE Kimya San ve Tic A.S. | Cobalt Octoate (EGECat Co 12%, in WS) is a strong oxidation catalyst that is often used as a polyester accelerator in UPR systems. It has a cobalt metal content of 12% and a total solids content of 80%. | |
| Cobalt Octoate (EGECat Co 12%, in Xylene) | EGE Kimya San ve Tic A.S. | Cobalt Octoate (EGECat Co 12%, in Xylene) is a strong oxidation catalyst that is often used as a polyester accelerator in UPR systems. It has a cobalt metal content of 12% and a total solids content of 80%. | |
| Cobalt Octoate (EGECat Co 4%, in Styrene) | EGE Kimya San ve Tic A.S. | Cobalt Octoate (EGECat Co 4%, in Styrene) is a strong oxidation catalyst that is often used as a polyester accelerator in UPR systems. It has a cobalt metal content of 4% and a total solids content of 25%. | |
| Cobalt Octoate (EGECat Co 6%, in Spindle Oil) | EGE Kimya San ve Tic A.S. | Cobalt Octoate (EGECat Co 6%, in Spindle Oil) is a strong oxidation catalyst that is often used as a polyester accelerator in UPR systems. It has a cobalt metal content of 6% and a total solids content of 100%. | |
| Cobalt Octoate (EGECat Co 6%, in Toluene) | EGE Kimya San ve Tic A.S. | Cobalt Octoate (EGECat Co 6%, in Toluene) is a strong oxidation catalyst that is often used as a polyester accelerator in UPR systems. It has a cobalt metal content of 6% and a total solids content of 37%. | |
| Cobalt Octoate (EGECat Co 6%, in TXIB) | EGE Kimya San ve Tic A.S. | Cobalt Octoate (EGECat Co 6%, in TXIB) is a strong oxidation catalyst that is often used as a polyester accelerator in UPR systems. It has a cobalt metal content of 6% and a total solids content of 100%. | |
| Cobalt Octoate (EGECat Co 6%, in WS) | EGE Kimya San ve Tic A.S. | Cobalt Octoate (EGECat Co 6%, in WS) is a strong oxidation catalyst that is often used as a polyester accelerator in UPR systems. It has a cobalt metal content of 6% and a total solids content of 37%. | |
| Cobalt Octoate (EGECat Co 6%, in Xylene) | EGE Kimya San ve Tic A.S. | Cobalt Octoate (EGECat Co 6%, in Xylene) is a strong oxidation catalyst that is often used as a polyester accelerator in UPR systems. It has a cobalt metal content of 6% and a total solids content of 37%. | |
| Cobalt Octoate (EGECat Co 8%, in Toluene) | EGE Kimya San ve Tic A.S. | Cobalt Octoate (EGECat Co 8%, in Toluene) is a strong oxidation catalyst that is often used as a polyester accelerator in UPR systems. It has a cobalt metal content of 8% and a total solids content of 45%. | |
| Cobalt Octoate (EGECat Co XB) | EGE Kimya San ve Tic A.S. | Cobalt Octoate (EGECat Co XB) is a strong oxidation catalyst that is often used as a polyester accelerator in UPR systems. This product is a clear liquid that has a total solids content of 40%. | |
| Cobalt Octoate (EGECat Co XB-1) | EGE Kimya San ve Tic A.S. | Cobalt Octoate (EGECat Co XB-1) is a strong oxidation catalyst that is often used as a polyester accelerator in UPR systems. It has a cobalt metal content of 4% and a total solids content of 45%. | |
| Cobalt Octoate (EGECat Co XC) | EGE Kimya San ve Tic A.S. | Cobalt Octoate (EGECat Co XC) is a strong oxidation catalyst that is often used as a polyester accelerator in UPR systems. This product is a clear liquid that has a total solids content of 45%. | |
| Cobalt Octoate (EGECat Co XF) | EGE Kimya San ve Tic A.S. | Cobalt Octoate (EGECat Co XF) is a strong oxidation catalyst that is often used as a polyester accelerator in UPR systems. This product is a clear liquid that has a total solids content of 30%. | |
| Copper Octoate (EGECat Copper 6%) | EGE Kimya San ve Tic A.S. | Copper Octoate (EGECat Copper 6%) is a clear liquid that consists of copper octoate. This product is often used as a fungicide in dispersion-based wood coatings. It is soluble in organic solvent and oils and contains 6% copper (Cu) metal. | |
| CYCAT® 296-9 | Allnex | CYCAT® 296-9 Catalyst is an unique, phosphoric acid derivative "mild" catalyst developed to accelerate the cure of Cymel amino resins at normal baking temperatures, and to permit the cure of clear finishes and enamels within relatively low temperature ran...view more CYCAT® 296-9 Catalyst is an unique, phosphoric acid derivative "mild" catalyst developed to accelerate the cure of Cymel amino resins at normal baking temperatures, and to permit the cure of clear finishes and enamels within relatively low temperature ranges. Coatings containing CYCAT® 296-9 catalyst, may be cured on low temperature bake schedules to the same hardness as similar uncatalyzed systems which require higher temperatures. Since the corrosion resistance of finishes containing high levels of catalyst may be lessened, the resistance properties should be carefully checked. view less | Request Sample |
| CYCAT® 4040 | Allnex | CYCAT® 4040 Catalyst is a very versatile catalyst material especially formulated for consistency of strength for use in various solvent soluble and water-based thermosetting vehicles. It is especially recommended where a strong acid catalyst is desired to...view more CYCAT® 4040 Catalyst is a very versatile catalyst material especially formulated for consistency of strength for use in various solvent soluble and water-based thermosetting vehicles. It is especially recommended where a strong acid catalyst is desired to accelerate the cure of highly alkylated melamine-formaldehyde crosslinked systems and to reduce the curing temperature of urea resin systems. view less | Request Sample |
| CYCAT® 4045 | Allnex | CYCAT® 4045 Catalyst is an amine blocked para-toluene sulfonic acid catalyst. It is recommended for accelerating the cure response of amino crosslinking resins while providing improved formulation package stability compared with the un-blocked para-toluen...view more CYCAT® 4045 Catalyst is an amine blocked para-toluene sulfonic acid catalyst. It is recommended for accelerating the cure response of amino crosslinking resins while providing improved formulation package stability compared with the un-blocked para-toluene sulfonic acid CYCAT 4040 catalyst. It is especially recommended for use with highly alkylated amino crosslinking resins. This product provides excellent stability in high solids and waterborne systems, and in the latter it can be added without causing binder precipitation, which can often occur due to a drop in pH. view less | Request Sample |
| CYCAT® 500 | Allnex | CYCAT® 500 catalyst is a strong acid catalyst based on dinonylnaphthalene disulfonic acid supplied in isobutanol. It is recommended to accelerate the cure between hydroxyl, carboxyl, and amide functional groups with alkylated amino crosslinking agents. CY...view more CYCAT® 500 catalyst is a strong acid catalyst based on dinonylnaphthalene disulfonic acid supplied in isobutanol. It is recommended to accelerate the cure between hydroxyl, carboxyl, and amide functional groups with alkylated amino crosslinking agents. CYCAT® 500 is recommended for use in electrocoating applications to achieve cure in the range of 110 - 135°C in 15 - 30 minutes, or to reduce the baking time at higher baking temperatures. CYCAT® 500 is also recommended for coatings applied by other application techniques, providing improved adhesion and resistance properties compared with other sulfonic acid catalysts. Since CYCAT® 500 is a free acid, package stability could be adversely impacted. view less | Request Sample |
| CYCAT® 600 | Allnex | CYCAT® 600A catalyst is an organic acid catalyst recommended to accelerate the crosslinking reaction of amino resins with polymers containing hydroxyl, carboxyl, or amide functionality. CYCAT® 600A is soluble in aliphatic and aromatic hydrocarbons, esters...view more CYCAT® 600A catalyst is an organic acid catalyst recommended to accelerate the crosslinking reaction of amino resins with polymers containing hydroxyl, carboxyl, or amide functionality. CYCAT® 600A is soluble in aliphatic and aromatic hydrocarbons, esters, ketones, alcohols, glycol ethers and water. It may be used as a replacement for less soluble acid catalysts, such as para-toluene sulfonic acid, in low alcohol-containing formulations. For formulation of 1K systems, CYCAT® 600A should be blocked with an appropriate amine, such as AMP (2-amino-2-methyl-1-propanol). view less | Request Sample |
| CYCAT® 600A | Allnex | CYCAT® 600A catalyst is an organic acid catalyst recommended to accelerate the crosslinking reaction of amino resins with polymers containing hydroxyl, carboxyl, or amide functionality. CYCAT® 600A is soluble in aliphatic and aromatic hydrocarbons, esters...view more CYCAT® 600A catalyst is an organic acid catalyst recommended to accelerate the crosslinking reaction of amino resins with polymers containing hydroxyl, carboxyl, or amide functionality. CYCAT® 600A is soluble in aliphatic and aromatic hydrocarbons, esters, ketones, alcohols, glycol ethers and water. It may be used as a replacement for less soluble acid catalysts, such as para-toluene sulfonic acid, in low alcohol-containing formulations. For formulation of 1K systems, CYCAT® 600A should be blocked with an appropriate amine, such as AMP (2-amino-2-methyl-1-propanol). view less | Request Sample |
| CYCAT® 6020 | Allnex | CYCAT® 6020 catalyst is an amine-neutralized dodecylbenzene sulfonic acid supplied in isopropanol. It is recommended for use as a catalyst to accelerate the cure of amino crosslinking agents and provide improved package stability. As a general rule, syste...view more CYCAT® 6020 catalyst is an amine-neutralized dodecylbenzene sulfonic acid supplied in isopropanol. It is recommended for use as a catalyst to accelerate the cure of amino crosslinking agents and provide improved package stability. As a general rule, systems which employ a blocked catalyst will have a decreased rate of cure compared to those containing an unblocked catalyst, however, package stability with an unblocked catalyst will be poor. view less | Request Sample |
| CYCAT® 6030 | Allnex | CYCAT® 6030 catalyst is an amine-neutralized dodecylbenzene sulfonic acid supplied in isopropanol. It is recommended for use as a catalyst to accelerate the cure of amino crosslinking agents and provide improved package stability. As a general rule, syste...view more CYCAT® 6030 catalyst is an amine-neutralized dodecylbenzene sulfonic acid supplied in isopropanol. It is recommended for use as a catalyst to accelerate the cure of amino crosslinking agents and provide improved package stability. As a general rule, systems which employ a blocked catalyst will have a decreased rate of cure compared to those containing an unblocked catalyst; however, package stability with an unblocked catalyst will be poor. view less | Request Sample |
| CYCAT® 655 CATALYST | Allnex | CYCAT 655 catalyst is a strong acid catalyst based on dinonylnaphthalene disulfonic acid supplied in isobutanol. It is recommended to accelerate the cure between hydroxyl, carboxyl, and amide functional groups with alkylated amino crosslinking agents. CYC...view more CYCAT 655 catalyst is a strong acid catalyst based on dinonylnaphthalene disulfonic acid supplied in isobutanol. It is recommended to accelerate the cure between hydroxyl, carboxyl, and amide functional groups with alkylated amino crosslinking agents. CYCAT 655 is recommended for use in electrocoating applications to achieve cure in the range of 110 - 135°C in 15 - 30 minutes, or to reduce the baking time at higher baking temperatures. CYCAT 655 is also recommended for coatings applied by other application techniques, providing improved adhesion and resistance properties compared with other sulfonic acid catalysts. Since CYCAT 655 is a free acid, package stability could be adversely impacted. view less | Request Sample |
| CYCAT® 6925 | Allnex | CYCAT® 6925 catalyst is an amine-blocked dodecylbenzene sulfonic acid catalyst supplied in isopropanol and 2-butoxyethanol. It is used to initiate and accelerate the cure of aminoplasts, such as those based on melamine, urea, and benzoguanamine which are ...view more CYCAT® 6925 catalyst is an amine-blocked dodecylbenzene sulfonic acid catalyst supplied in isopropanol and 2-butoxyethanol. It is used to initiate and accelerate the cure of aminoplasts, such as those based on melamine, urea, and benzoguanamine which are used to crosslink 1K thermoset systems. This product can be used in food contact applications. For the latest information about the compliance status with FDA, EU, Chinese or other food regulations. view less | Request Sample |
| CYCAT® VXK 6364 | Allnex | CYCAT® VXK 6364 is a catalyst which is suitable to accelerate the cure of fully alkylated melamine formaldehyde resins (hexamethoxymethylmelamine) like CYMEL 303 LF. Post curing of films containing CYCAT® VXK 6364 can occur. CYCAT® VXK 6364 is usable in s...view more CYCAT® VXK 6364 is a catalyst which is suitable to accelerate the cure of fully alkylated melamine formaldehyde resins (hexamethoxymethylmelamine) like CYMEL 303 LF. Post curing of films containing CYCAT® VXK 6364 can occur. CYCAT® VXK 6364 is usable in solvent and waterborne thermosetting vehicles. view less | Request Sample |
| CYCAT® VXK 6395 | Allnex | CYCAT® VXK 6395 is an amino blocked acidic catalyst. It was developed for cross-linking reaction of urea and melamine curing systems at low temperatures. Typical application areas are stoving paint systems for general industry and for OEM automotive syste...view more CYCAT® VXK 6395 is an amino blocked acidic catalyst. It was developed for cross-linking reaction of urea and melamine curing systems at low temperatures. Typical application areas are stoving paint systems for general industry and for OEM automotive systems. view less | Request Sample |
| CYCAT® XK 406 N | Allnex | Cycat® XK 406 N is a light to dark reddish coloured, low viscous liquid, phosphoric acid derivate. It increases the crosslinking speed of heat curing coating systems based on phenolic/-epoxide resin combinations. A significant improvement of adhesion prop...view more Cycat® XK 406 N is a light to dark reddish coloured, low viscous liquid, phosphoric acid derivate. It increases the crosslinking speed of heat curing coating systems based on phenolic/-epoxide resin combinations. A significant improvement of adhesion properties is often seen in connection with the use of this product; furthermore, the use of Cycat® XK 406 N often leads to an improved sulphur staining resistance of interior can coating systems. view less | Request Sample |
| D-70 | BlueSky Chemical Co., Ltd. | D-70 is a dibutyltindiacetate. This product is a catalyst for polyurethane coating and a curing agent for acetoxy sealants. Its density at 25 degrees Celsius is 1.32 g/ml. | |
| DABCO® DC 1 | Evonik Operations GmbH, BL Comfort & Insulation | DABCO® DC 1 is a geling catalyst that gives a back-end cure similar to a tin catalyst and a similar working time as an amine catalyst. It can be used alone, or at low levels with existing amine catalysts to improve back-end cure. | |
| DABCO® DC 2 | Evonik Operations GmbH, BL Comfort & Insulation | DABCO® DC 2 is a geling catalyst that gives a back-end cure similar to a tin catalyst and a similar working time as an amine catalyst. It can be used alone, or at low levels with existing amine catalysts to improve back-end cure. DABCO® DC 2 is more reac...view more DABCO® DC 2 is a geling catalyst that gives a back-end cure similar to a tin catalyst and a similar working time as an amine catalyst. It can be used alone, or at low levels with existing amine catalysts to improve back-end cure. DABCO® DC 2 is more reactive than DABCO® DC 1. view less | |
| DABCO® MB 20 | Evonik Operations GmbH, BL Comfort & Insulation | DABCO® MB 20 is a bismuth-based gel catalyst developed for a wide range of urethane formulations. It does not contain 2-EHA, DBT or TBT. | |
| DABCO® NE 1070 | Evonik Operations GmbH, BL Comfort & Insulation | DABCO® NE 1070 is a low emission gel catalyst suitable for replacement of traditional TEDA catalysts like DABCO® 33 LV or DABCO® EG. | |
| DABCO® NE 1091 | Evonik Operations GmbH, BL Comfort & Insulation | DABCO® NE 1091 is a highly efficient low emissive gel catalyst suitable for replacement of traditional TEDA catalysts like DABCO® 33 LV or DABCO® EG. It can be used to improve humid aging properties. | |
| DABCO® NE 300 | Evonik Operations GmbH, BL Comfort & Insulation | DABCO® NE 300 is a highly efficient low emissive blow catalyst suitable for replacement of BDMAEE catalysts. | |
| DABCO® T 120 | Evonik Operations GmbH, BL Comfort & Insulation | DABCO® T 120 is a strong gel catalyst with good hydrolytic stability. | |
| DMAMP-80® | ANGUS Chemical Company | DMAMP-80® (80% aqueous solution of 2-dimethylamino-2-methyl-1-propanol) is one of the strongest tertiary amines commercially available. Because it is a strong base, DMAMP-80™ can be used in water systems to provide formulations of exceptional clarity, wet...view more DMAMP-80® (80% aqueous solution of 2-dimethylamino-2-methyl-1-propanol) is one of the strongest tertiary amines commercially available. Because it is a strong base, DMAMP-80™ can be used in water systems to provide formulations of exceptional clarity, wettability and stability. This product is recommended for use as an emulsifying agent, corrosion inhibitor, resin solubilizer, catalyst, additive, and synthesis agent. view less | |
| DMCHA | Yantai Suny Chem International Co., Ltd. | DMCHA is a special catalyst for rigid foam, especially for making up bicomponent systems. This product is moderate, stable, and very adjustable. It can be kept over a long period of time. | |
| Drocure™ 5130 | D.R. Coats Ink & Resins Pvt. Ltd. | Drocure™ 5130 is a versatile Lewis based catalyst for curing of Epoxy Resins. It is a technical grade of tris-(dimethylaminomethyl) phenol. | |
| Escat™ 110 | Estron Chemical, Inc. | Escat™ 110 is an imidazole catalyst supplied in undiluted, 100% active form. It is used to accelerate the cure of powder coatings based on the carboxyl-epoxy reaction, or for pure epoxy systems. Its typical systems include hybrids such as polyester-epoxy,...view more Escat™ 110 is an imidazole catalyst supplied in undiluted, 100% active form. It is used to accelerate the cure of powder coatings based on the carboxyl-epoxy reaction, or for pure epoxy systems. Its typical systems include hybrids such as polyester-epoxy, carboxyl acrylic-epoxy, and polyesters cured by GMA functional acrylics. Escat™ 110's benefits include that it is to reduce the cure temperature of a particular system, or shorten the required bake time at a given cure temperature. view less | |
| Escat™ 22 | Estron Chemical, Inc. | Escat™ 22 is a powder coating additive capable of improving the mechanical and solvent resistance properties. Escat™ 22 can be used in matte polyester powder coatings cured with the Isocryl matting hardeners EP-550, EP-560 and EP-570. | |
| Escat™ 50 | Estron Chemical, Inc. | Escat™ 50 is a 50% active imidazole catalyst specifically developed to facilitate dispersion and avoid hot spots of the catalyst during powder manufacture. The additive is used to accelerate the cure of powder coatings based on the carboxyl-epoxy reaction...view more Escat™ 50 is a 50% active imidazole catalyst specifically developed to facilitate dispersion and avoid hot spots of the catalyst during powder manufacture. The additive is used to accelerate the cure of powder coatings based on the carboxyl-epoxy reaction, or for pure epoxy systems as well. Its typical systems include hybrids such as polyester-epoxy, carboxyl acrylic-epoxy and polyesters cured by GMA-functional acrylics. Polyester-TGIC and polyester-PT-910 reactions can also be accelerated. Escat™ 50 can reduce the cure temperature of a particular system or shorten the required bake time at a given cure temperature without sacrificing DOI or flow and leveling properties. view less | |
| ESCAT 50 | Worlée-Chemie G.m.b.H. | ESCAT 50 is a substituted imidazole catalyst masterbatched at 50% active level in castor wax. Masterbatching the catalyst in castor wax improves the compatibility during extrusion, which helps to assure its uniform distribution in a powder coating. ESCAT ...view more ESCAT 50 is a substituted imidazole catalyst masterbatched at 50% active level in castor wax. Masterbatching the catalyst in castor wax improves the compatibility during extrusion, which helps to assure its uniform distribution in a powder coating. ESCAT 50 is used in powder coatings to accelerate the cure of systems based on the reaction of an epoxy functional resin with a carboxyl functional curing agent. Typical systems are epoxy/polyester hybrids, epoxy/acrylic hybrids, TGIC/polyester systems and epoxy-functional acrylic/carboxyl-functional curing agent systems. It can also be used to accelerate the cure of epoxy systems that are cured by dicyanamide. view less | |
| Escat™ 60 | Estron Chemical, Inc. | Escat™ 60 is a purified imidazole catalyst absorbed onto a silica carrier. The product is used to accelerate the cure of powder coatings that are responsive to imidazole catalysis. Some example powder coating chemistries that can be catalyzed with ESCAT 6...view more Escat™ 60 is a purified imidazole catalyst absorbed onto a silica carrier. The product is used to accelerate the cure of powder coatings that are responsive to imidazole catalysis. Some example powder coating chemistries that can be catalyzed with ESCAT 60 include hybrids such as polyester-epoxy, carboxyl acrylic-epoxy, polyesters cured by GMA-functional acrylics, polyester-TGIC and polyester-PT-910. Escat™ 60 reduces the cure temperature of a particular system and shortens the required bake time at a given cure temperature when compared to non-catalyzed systems. view less |
