| Hydrogenated Castor Oil MP-80 | Alnor Oil Company, Inc. | Hydrogenated Castor Oil MP-80 is a wax-like substance, in the form of white, brittle flakes, produced by infusing castor oil with hydrogen via a nickle catalyst. This product can be used in adhesives, candles, coatings, cosmetics, greases, soaps, hydrauli...view more Hydrogenated Castor Oil MP-80 is a wax-like substance, in the form of white, brittle flakes, produced by infusing castor oil with hydrogen via a nickle catalyst. This product can be used in adhesives, candles, coatings, cosmetics, greases, soaps, hydraulic fluids, inks, lacquers, lubricants, metal working fluids, personal care items, plastics & plasticizers, polishes, and textiles. view less | |
| SNOWTEX® ST-PS-MO | Nissan Chemical America Corporation | SNOWTEX® ST-PS-MO is a colloidal silica with many applications for paper, fibers, steel, and catalysts. The features of this product include being pearl shaped, good coating, good fluidity, good bonding, large pososity, and high viscosity. It has applicat...view more SNOWTEX® ST-PS-MO is a colloidal silica with many applications for paper, fibers, steel, and catalysts. The features of this product include being pearl shaped, good coating, good fluidity, good bonding, large pososity, and high viscosity. It has applications as a surface treatment for plastics/metals, binder for catalyst, modification of paints or coating agents, binding agent, and casting. view less | Request Sample |
| Polyester-Melamine Coil Coating Primer (Formulation #2.1) | GRACE | Polyester-Melamine Coil Coating Primer (Formulation #2.1) is a guideline formulation offered to highlight the anti-corrosive and adhesion performance of SHIELDEX® C 303, a high performance non toxic heavy metal free, anti-corrosive pigment specially designed to replace Strontium Chromate in coil coating primers. Dynapol L205 and Dynapol L208 are high molecular weight polyester resins widely used in coil coating primer applications for both building and domestic appliance applications. Cymel 350 is a typical melamine based crosslinker. The cure reponse within this formulation was controlled by the use of Silane A187 (Silane Ester), Epoxy blocked Phosphoric acid (co-catalyst), EDBSA (sulphonic acid co-catalyst) and Halox 650 (Dicarboxylic acid). These components prevent the interaction of SHIELDEX® anti-corrosive pigments with the acid catalyst...view more Polyester-Melamine Coil Coating Primer (Formulation #2.1) is a guideline formulation offered to highlight the anti-corrosive and adhesion performance of SHIELDEX® C 303, a high performance non toxic heavy metal free, anti-corrosive pigment specially designed to replace Strontium Chromate in coil coating primers. Dynapol L205 and Dynapol L208 are high molecular weight polyester resins widely used in coil coating primer applications for both building and domestic appliance applications. Cymel 350 is a typical melamine based crosslinker. The cure reponse within this formulation was controlled by the use of Silane A187 (Silane Ester), Epoxy blocked Phosphoric acid (co-catalyst), EDBSA (sulphonic acid co-catalyst) and Halox 650 (Dicarboxylic acid). These components prevent the interaction of SHIELDEX® anti-corrosive pigments with the acid catalysts and any acidic functionality on the resins, thus ensuring maximum cure response. view less | |
| REAXIS® C125 | Reaxis Inc. | REAXIS® C125 is a liquid tin-based catalyst that is used in a number of applications, including: esterifications, Polyurethanes (CASE) and Silicone condensation reactions. It can give enhanced storage stability in various RTV silicone formulations. It can...view more REAXIS® C125 is a liquid tin-based catalyst that is used in a number of applications, including: esterifications, Polyurethanes (CASE) and Silicone condensation reactions. It can give enhanced storage stability in various RTV silicone formulations. It can also be utilized either neat or as a mixture in alcohols. REAXIS® C125 is typically used at concentrations ranging from 0.01 - 0.20 wt%. view less | |
| REAXIS® C256 | Reaxis Inc. | REAXIS® C256 is a solid white powder, which is an organotin based catalyst that is typically used in esterification and polycondensation reactions. Made of Monobutyltin Hydroxide Oxide it is typically used at concentrations ranging from 0.01 - 0.5 wt% at ...view more REAXIS® C256 is a solid white powder, which is an organotin based catalyst that is typically used in esterification and polycondensation reactions. Made of Monobutyltin Hydroxide Oxide it is typically used at concentrations ranging from 0.01 - 0.5 wt% at 90 - 280°C. REAXIS® C256 is well suited for use in saturated and unsaturated polyester synthesis, alkyd resin production and transesterification reactions. view less | |
| REAXIS® C250 | Reaxis Inc. | REAXIS® C250 is a solid, amorphous organotin catalyst that is typically utilized in esterification and polycondensation reactions. REAXIS® C250 is well suited for the production of saturated and unsaturated polyester synthesis and alkyd resins. It can als...view more REAXIS® C250 is a solid, amorphous organotin catalyst that is typically utilized in esterification and polycondensation reactions. REAXIS® C250 is well suited for the production of saturated and unsaturated polyester synthesis and alkyd resins. It can also improve the curing time of silicone resins and salines. REAXIS® C250 is typically used at concentrations ranging from 0.01 - 0.5 wt% at 90 - 280°C. view less | |
| Zironate Coupling Agent FD‐NPZ | Zhejiang Feidian Chemical Co., Ltd. | Zironate Coupling Agent FD‐NPZ reacts with chelating agents and forms corresponding Zirconate chelate that has lower reactivity to meet certain reactivity requirements. FD‐NPZ is a Lewis acid and can be a good catalyst for most reactions such as esterific...view more Zironate Coupling Agent FD‐NPZ reacts with chelating agents and forms corresponding Zirconate chelate that has lower reactivity to meet certain reactivity requirements. FD‐NPZ is a Lewis acid and can be a good catalyst for most reactions such as esterification, transesterification, condensation reactions etc. It can also be used as Ziegler Natta catalyst in PP and PE polymerization. Due to its high reactivity, FD‐NPZ can react with lower reactivity functional group of binder resin, such as –OH and –COOH on substrate and coating, At high temperature (>350oC) FD‐NPZ decomposes to form Zirconium dioxide (ZrO2) and forms thin layer on different substrates (glass, mineral, pigment, metal) and surface hardness and surface activity are improved. The chemical properties of FD‐NPZ is very similar to that of tetra‐n‐propyl titanate, however, zirconate does not cause yellowing problem. view less | |
| 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, wettability and stability. This product is recommended for use as an emulsifying agent, corrosion inhibitor, resin solubilizer, catalyst...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 | |
| Antimony Trioxide | Hainan Zhongxin Chemical Co., Ltd. | Antimony Trioxide is a fine white powder with a particle size of about 0.8 - 1.2um, and is 99.5% pure. It is primarily used as a flame retardant in plastics, rubber, paints, paper, textiles, and electronics. It can also be used as a catalyst, a clarifyin...view more Antimony Trioxide is a fine white powder with a particle size of about 0.8 - 1.2um, and is 99.5% pure. It is primarily used as a flame retardant in plastics, rubber, paints, paper, textiles, and electronics. It can also be used as a catalyst, a clarifying agent for glass, an opacifier for porcelain and enamel, and a white pigment for paint. view less | |
| LUNA-CURE DMP-30 | DKSH | LUNA-CURE DMP-30 is used to accelerate the speed of the cure of epoxy resins and improve the strength of the cured material. It can also be used to catalyze acid- or anhydride curing of epoxy systems. LUNA-CURE DMP-30 also finds use as a hardening agent for polyamides, poly mercaptans, and fatty amines, and as a trimerization catalyst...view more LUNA-CURE DMP-30 is used to accelerate the speed of the cure of epoxy resins and improve the strength of the cured material. It can also be used to catalyze acid- or anhydride curing of epoxy systems. LUNA-CURE DMP-30 also finds use as a hardening agent for polyamides, poly mercaptans, and fatty amines, and as a trimerization catalyst for polyurethanes. view less | Request Sample |
| SILCOLEASE POLY 7432 | Elkem Silicones | SILCOLEASE POLY 7432 is part of a 2 component solvent system for Paper Release applications based on: Silcolease 7432 (Polymer Solution) Silcolease 93B (Catalyst). The system must be diluted to a chosen concentration with a suitable solvent for coating on...view more SILCOLEASE POLY 7432 is part of a 2 component solvent system for Paper Release applications based on: Silcolease 7432 (Polymer Solution) Silcolease 93B (Catalyst). The system must be diluted to a chosen concentration with a suitable solvent for coating onto the desired substrate. After application to the substrate the coating requires a short heat schedule to remove the solvent and cure the silicone. view less | |
| SILCOLEASE POLY 7450 | Elkem Silicones | SILCOLEASE POLY 7450 is part of a 2 component solvent system for Paper Release applications based on: Silcolease 7450 (Polymer Solution) Silcolease 94B (Catalyst) The system must be diluted to a chosen concentration with a suitable solvent for coating ont...view more SILCOLEASE POLY 7450 is part of a 2 component solvent system for Paper Release applications based on: Silcolease 7450 (Polymer Solution) Silcolease 94B (Catalyst) The system must be diluted to a chosen concentration with a suitable solvent for coating onto the desired substrate. After application to the substrate the coating requires a short heat schedule to remove the solvent and cure the silicone. view less | |
| SILCOLEASE POLY 7460 | Elkem Silicones | SILCOLEASE POLY 7460 is part of a 2 component solvent system for Paper Release applications based on: Silcolease 7460 (Polymer Solution) Silcolease 93B (Catalyst). The system must be diluted to a chosen concentration with a suitable solvent for coating on...view more SILCOLEASE POLY 7460 is part of a 2 component solvent system for Paper Release applications based on: Silcolease 7460 (Polymer Solution) Silcolease 93B (Catalyst). The system must be diluted to a chosen concentration with a suitable solvent for coating onto the desired substrate. After application to the substrate the coating requires a short heat schedule to remove the solvent and cure the silicone. 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 | |
| Hostavin® VSU P | Clariant Plastics & Coatings Ltd. | Hostavin® VSU is an Oxalanilide UV absorber, a low volatile polar substance with good heat stability. It is resistant to discoloration with metal ions, e.g. from polymerisation catalyst residues, fillers or from contact surfaces. Hostavin® VSU absorbs the...view more Hostavin® VSU is an Oxalanilide UV absorber, a low volatile polar substance with good heat stability. It is resistant to discoloration with metal ions, e.g. from polymerisation catalyst residues, fillers or from contact surfaces. Hostavin® VSU absorbs the UV light especially in the UV-B range, and is therefore a stabilizer of choice for combinations with optical brighteners and for UV curing systems. view less | |
| RESYDROL® AY 5537w/35WA | Allnex | Resydrol® AY 5537w/35WA is an acrylic modified, oil-free saturated polyester resin in aqueous emulsion with incorporated catalyst. It is suited for the production of waterborne high-quality white and coloured one-coat finishes or top coats with good weath...view more Resydrol® AY 5537w/35WA is an acrylic modified, oil-free saturated polyester resin in aqueous emulsion with incorporated catalyst. It is suited for the production of waterborne high-quality white and coloured one-coat finishes or top coats with good weathering resistance for industrial applications (machines, instruments). For film formation Resydrol AY 5537w must be crosslinked with amino resins suitable for aqueous systems. view less | Request Sample |
| CYMEL® 254 | Allnex | CYMEL® 254 resin is a methylated and n-butylated melamine formaldehyde resin with high imino functions. It is designed specifically for high solids system and does not require a strong acid catalyst for fast cure response. Its most significant advantage o...view more CYMEL® 254 resin is a methylated and n-butylated melamine formaldehyde resin with high imino functions. It is designed specifically for high solids system and does not require a strong acid catalyst for fast cure response. Its most significant advantage over the other high imino melamine resin in our product line is its superior stain, water and corrosion resistance properties. view less | Request Sample |
| MYCOAT® 779 | Allnex | MYCOAT® 779 resin is a new type of methoxy methyl melamineformaldehyde resin with a high imino group and high monomeric content, which does not require strong acid catalyst for fast cure response. MYCOAT 779 resin can expect sharply curing in comparison w...view more MYCOAT® 779 resin is a new type of methoxy methyl melamineformaldehyde resin with a high imino group and high monomeric content, which does not require strong acid catalyst for fast cure response. MYCOAT 779 resin can expect sharply curing in comparison with others same type. MYCOAT 779 resin can also be used in the preparation of a wide range of general industrial finishes. view less | Request Sample |
| SNOWTEX® ST-20L | Nissan Chemical America Corporation | SNOWTEX® ST-20L is a colloidal silica with many applications for paper, fibers, steel, and catalysts. It has a viscosity of <3 mPa•s. Most recently, it has been used by the semiconductor industry as a polishing agent for silicon wafers. Other application...view more SNOWTEX® ST-20L is a colloidal silica with many applications for paper, fibers, steel, and catalysts. It has a viscosity of <3 mPa•s. Most recently, it has been used by the semiconductor industry as a polishing agent for silicon wafers. Other applications for SNOWTEX® ST-20L include a catalyst binder, textile treatment, polishing, binder for casting, painting/coatings, refractory, anti-corrosion, and metal surface treatment. view less | Request Sample |
| JEFFADD™ B 650 | Huntsman Performance Products | JEFFADD™ B 650 additive is a catalytic polyol derived from renewable raw materials. The low-odor product, which is completely water soluble, is specifically designed for use in a variety of urethane foam applications. The autocatalytic nature of JEFFADD B 650 additive allows for reduced catalyst...view more JEFFADD™ B 650 additive is a catalytic polyol derived from renewable raw materials. The low-odor product, which is completely water soluble, is specifically designed for use in a variety of urethane foam applications. The autocatalytic nature of JEFFADD B 650 additive allows for reduced catalyst requirements. Its high water solubility and high bio content make it an ideal choice for low-density polyurethane spray applications. view less | |
| Borchi® OXY - Coat 1101 | Borchers, A Company of OMG | 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 | |
| REAXIS® C218 | Reaxis Inc. | REAXIS® C218 is a versatile organotin catalyst that can be used in various applications, including polyurethane coatings and polymers. This product is typically used at concentrations ranging from 0.01 - 1.0 wt% at 160 - 260°C. Additionally REAXIS® C218 c...view more REAXIS® C218 is a versatile organotin catalyst that can be used in various applications, including polyurethane coatings and polymers. This product is typically used at concentrations ranging from 0.01 - 1.0 wt% at 160 - 260°C. Additionally REAXIS® C218 can be used as a catalysis for isocyanate/alcohol reactions, esterification and transesterification reactions, silicone condensations (e.g. RTV resins) and the production of saline modified polyethylenes view less | |
| REAXIS® C160 | Reaxis Inc. | REAXIS® C160 is a high-activity solid inorganic tin based catalyst used in the synthesis of organic esters and plasticizers. Made of Stannous Oxalate, this product can be used to complete conversions with short reaction times due to high catalytic activit...view more REAXIS® C160 is a high-activity solid inorganic tin based catalyst used in the synthesis of organic esters and plasticizers. Made of Stannous Oxalate, this product can be used to complete conversions with short reaction times due to high catalytic activity with minimal secondary reactions and colored by-products when compared to acid catalysts. REAXIS® C160 is non-corrosive and can be used at concentrations ranging from 0.01 - 0.2 wt% at 160 - 260°C. view less | |
| Borchi® OXY - Coat | Borchers, A Company of OMG | 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 | |
| CELLOXIDE 8000 | Daicel (U.S.A.), Inc. | CELLOXIDE 8000 is a difunctional cycloaliphatic epoxide. It can be easily cured by heat or ultraviolet light with high speed when using a cationic catalyst. It is also possible to cure by heat with acid anhydrides or phenol type curing agents. Since its c...view more CELLOXIDE 8000 is a difunctional cycloaliphatic epoxide. It can be easily cured by heat or ultraviolet light with high speed when using a cationic catalyst. It is also possible to cure by heat with acid anhydrides or phenol type curing agents. Since its cured materials have a highest hardness in epoxy products, they can be used to provide a hard coating or an alternative to glass. view less | |
| KA-PE-27 | Keeneyes International Co., Ltd. | KA-PE-27 is a special designed polyurethane-modified epoxy resin. It is able to increase the toughness of epoxy resin without reducing the hardness. This product also improves the compatibility with other polymers. It can be applied into paint formula to enforce the property of coating film. With a proper catalyst...view more KA-PE-27 is a special designed polyurethane-modified epoxy resin. It is able to increase the toughness of epoxy resin without reducing the hardness. This product also improves the compatibility with other polymers. It can be applied into paint formula to enforce the property of coating film. With a proper catalyst, this product can improve the adhesion property between metal and plastic material. view less | |
| CYMEL® 5010B | Allnex | CYMEL 5010B resin is a partially n-butylated benzoguanamine resin supplied in n-butanol and designed for solvent-based coatings. Like other benzoguanamine resins, CYMEL 5010B resin imparts excellent adhesion and chemical resistance to the coating, but without the need for an external catalyst...view more CYMEL 5010B resin is a partially n-butylated benzoguanamine resin supplied in n-butanol and designed for solvent-based coatings. Like other benzoguanamine resins, CYMEL 5010B resin imparts excellent adhesion and chemical resistance to the coating, but without the need for an external catalyst in the formulation. Because of the limited light resistance properties of benzoguanamine, CYMEL 5010B is not suitable for exterior applications. view less | Request Sample |
| Desmodur® BL 3272 MPA | Covestro | Desmodur® BL 3272 MPA is a blocked aliphatic polyisocyanate based on hexamethylene diisocyanate (HDI) and dissolved in propylene glycol monomethyl ether acetate(MPA/PMA). It was developed as a hardener for lightfast one-pack baking polyurethane coatings whose baking temperature can be reduced by the addition of a catalyst...view more Desmodur® BL 3272 MPA is a blocked aliphatic polyisocyanate based on hexamethylene diisocyanate (HDI) and dissolved in propylene glycol monomethyl ether acetate(MPA/PMA). It was developed as a hardener for lightfast one-pack baking polyurethane coatings whose baking temperature can be reduced by the addition of a catalyst, e.g. 0.3 - 1.0 % DBTL, without influencing the storage stability of the ready-to-use formulation. view less | |
| SILCOLEASE PC-95 | Elkem Silicones | SILCOLEASE PC-95 is an emulsion of a proprietary platinum complex with low volatile components and specially formulated to reduce “dust” formation in curing ovens. SILCOLEASE PC-95 is the catalyst component of emulsion silicone release coatings and promot...view more SILCOLEASE PC-95 is an emulsion of a proprietary platinum complex with low volatile components and specially formulated to reduce “dust” formation in curing ovens. SILCOLEASE PC-95 is the catalyst component of emulsion silicone release coatings and promotes polymerization through a polyaddition reaction. When properly formulated with a release polymer emulsion, SILCOLEASE PC-95 provides a thermally curable release coating for paper substrates. view less | |
| UB-750 | FTC Korea Co.,Ltd | UB-750 can be used as the hardener in colorfast and weather stable, one component polyurethane coatings. The stoving temperature can be significantly reduced by the addition of a catalyst, e.g. dibutyltin dilaurate (DBTL), without reducing the storage sta...view more UB-750 can be used as the hardener in colorfast and weather stable, one component polyurethane coatings. The stoving temperature can be significantly reduced by the addition of a catalyst, e.g. dibutyltin dilaurate (DBTL), without reducing the storage stability. The product is used in high grade industrial finishes (electrical appliances, small components, can coatings, coil coatings, etc.) and in primer surfacers and topcoats for automative finishing. view less | Request Sample |
| Chisorb® 622LT | Double Bond Chemical Ind., Co., Ltd. | Chisorb® 622LT is a low-dust, polymeric hindered amine light stabilizer which provides outstanding light stability to many polymers. In addition, it gives long-term heat stability to polymers by a radical trapping mechanism similar to that of hinder phenol. Chisorb® 622LT produces virtually no effect on initial substrate color. This product does not contain catalyst...view more Chisorb® 622LT is a low-dust, polymeric hindered amine light stabilizer which provides outstanding light stability to many polymers. In addition, it gives long-term heat stability to polymers by a radical trapping mechanism similar to that of hinder phenol. Chisorb® 622LT produces virtually no effect on initial substrate color. This product does not contain catalyst. It appears as a low dust white crystal. view less | |
| PHENODUR® PR 898/52BGB | Allnex | PHENODUR® PR 898 is a heat curing unplasticized phenolic resin. It is used in heat-curing phenolic-epoxide resin-combinations for interior and exterior coatings of metal packaging containers employed in the food industry; high adhesion, chemical resistant protective coatings for apparatus, vessels and pipelines. Excellent flexibility and retort resistance; low reactivity. The cured film is slighty golden in color. Catalyst...view more PHENODUR® PR 898 is a heat curing unplasticized phenolic resin. It is used in heat-curing phenolic-epoxide resin-combinations for interior and exterior coatings of metal packaging containers employed in the food industry; high adhesion, chemical resistant protective coatings for apparatus, vessels and pipelines. Excellent flexibility and retort resistance; low reactivity. The cured film is slighty golden in color. Catalyst CYCAT XK 406 N is necessary. view less | Request Sample |
| VORANOL 800 | Univar Solutions | VORANOL 800 is an aliphatic-amine initiated polyol designed for blending with other polyols. It offers lower viscosity than VORANOL 770 polyol and exhibits excellent HCFC-134a compatibility. VORANOL 800 polyol provides autocatalytic activity, reducing catalyst...view more VORANOL 800 is an aliphatic-amine initiated polyol designed for blending with other polyols. It offers lower viscosity than VORANOL 770 polyol and exhibits excellent HCFC-134a compatibility. VORANOL 800 polyol provides autocatalytic activity, reducing catalyst requirements and improving flow, compressive strength, and Kfactor when blended with other rigid polyols. Typical applications include foam core laminate, pour-in-place insulation, spray insulation, packaging, polyol blends. view less | Request Sample |
| TIB KAT® 162 | TIB Chemicals | TIB KAT® 162 is a catalyst that is used in the production of polyesters and oleochemical-based esters. It is also used as an activator in the production of elastomers. This product is soluble in water and a number of non-aqueous polar solvents. During the...view more TIB KAT® 162 is a catalyst that is used in the production of polyesters and oleochemical-based esters. It is also used as an activator in the production of elastomers. This product is soluble in water and a number of non-aqueous polar solvents. During the esterification process, it minimises the dehydration of alcohols and avoids odours and discolouration of the products which can be formed by possible by- products. view less | |
| Ferric Chloride Anhydrous | Qingdao Sun Chemical Corporation Limited | Ferric Chloride Anhydrous is mainly used for the engraving etching of electronic circuit board or purify drink water and treat waste water. It is also used to make other iron salts, oxidant, catalyst, mordant and ink. In addition, it is used in constructi...view more Ferric Chloride Anhydrous is mainly used for the engraving etching of electronic circuit board or purify drink water and treat waste water. It is also used to make other iron salts, oxidant, catalyst, mordant and ink. In addition, it is used in construction field. This product is a brown crystal with a molecular weight of 162.21, an insoluble substance content of 96.0%. view less | |
| Borchi® Kat 0245 | Borchers, A Company of OMG | 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 | |
| REAXIS® C248 | Reaxis Inc. | REAXIS® C248 is a solid, amorphous organotin catalyst that is used mainly in esterification and polycondensation reactions. Made of Dibutyltin Oxide, REAXIS® C248 is well suited for the transesterification of vinyl acetate or acrylic acid copolymers, the ...view more REAXIS® C248 is a solid, amorphous organotin catalyst that is used mainly in esterification and polycondensation reactions. Made of Dibutyltin Oxide, REAXIS® C248 is well suited for the transesterification of vinyl acetate or acrylic acid copolymers, the synthesis of alkyd and polyester resins, as well as the production of polycarbonates, electrodeposition coatings. REAXIS® C248 is typically used at concentrations ranging from 0.01 - 0.5 wt% at 90 - 260°C. view less | |
| Tytan AQ5000 (Water-borne Titanate Adhesion Promoter) | Borica Co., Ltd. | Tytan AQ5000 is used as an advanced polyesterification and transesterification catalyst based on the latest titanate technology. This product is recommended for the manufacture of unsaturated polyester, polyester, PET, PTT, and PBT without sacrificing the...view more Tytan AQ5000 is used as an advanced polyesterification and transesterification catalyst based on the latest titanate technology. This product is recommended for the manufacture of unsaturated polyester, polyester, PET, PTT, and PBT without sacrificing the performance when the water content is increased in the system. Tytan AQ5000 can be used as an adhesion promoter or cross linking agent for water-borne coatings in acid environments on various surfaces. view less | |
| N-(3-Aminopropyl)-imidazole, Lupragen® API | BASF Corporation, Chemical Intermediates | N-(3-Aminopropyl)-imidazole, Lupragen® API is a selective catalyst for epoxy and urethanes reactions, building block for special segmented polymers (e. g. polyurethanes). N-(3-Aminopropyl)-imidazole is used for two components epoxy systems and for modifi...view more N-(3-Aminopropyl)-imidazole, Lupragen® API is a selective catalyst for epoxy and urethanes reactions, building block for special segmented polymers (e. g. polyurethanes). N-(3-Aminopropyl)-imidazole is used for two components epoxy systems and for modification of epoxy resins and for preparation of polyurethanes. When forming urethanes or ureas, N-(3-aminopropyl)-imidazole is incorporated into the polymer structure and improves the adhesion properties of the resin. view less | |
| N-(3-Aminopropyl)-imidazole, Lupragen® API | Univar Solutions | N-(3-Aminopropyl)-imidazole, Lupragen® API is a selective catalyst for epoxy and urethanes reactions, building block for special segmented polymers (e. g. polyurethanes). N-(3-Aminopropyl)-imidazole is used for two components epoxy systems and for modifi...view more N-(3-Aminopropyl)-imidazole, Lupragen® API is a selective catalyst for epoxy and urethanes reactions, building block for special segmented polymers (e. g. polyurethanes). N-(3-Aminopropyl)-imidazole is used for two components epoxy systems and for modification of epoxy resins and for preparation of polyurethanes. When forming urethanes or ureas, N-(3-aminopropyl)-imidazole is incorporated into the polymer structure and improves the adhesion properties of the resin. view less | Request Sample |
| Borchi® Kat 24 | Borchers, A Company of OMG | 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 | |
| TIB KAT® 214 | TIB Chemicals | TIB KAT® 214 is a versatile tin mercaptide catalyst that can be used in various polyurethane coatings formulations that demand hydrolytic stability and selectivity. It has higher hydrolytic stability than comparable organotin carboxylates. The catalytica...view more TIB KAT® 214 is a versatile tin mercaptide catalyst that can be used in various polyurethane coatings formulations that demand hydrolytic stability and selectivity. It has higher hydrolytic stability than comparable organotin carboxylates. The catalytical reactivity of this product in polyurethane systems is in most cases higher than DBTL (TIB KAT® 218), resulting in shorter pot life and quicker curing times. The use in water-based systems is possible within certain limits. view less | |
| REAXIS® C225 | Reaxis Inc. | REAXIS® C225 is a versatile organotin catalyst that can be used in various applications, including polyurethane coatings and polymers. It has a higher catalytic activity compared to other grades of DBTL, due to significantly higher tin content. This produ...view more REAXIS® C225 is a versatile organotin catalyst that can be used in various applications, including polyurethane coatings and polymers. It has a higher catalytic activity compared to other grades of DBTL, due to significantly higher tin content. This product is used at concentrations ranging from 0.01 - 1.0 wt%. REAXIS® C225 is well suited for use as a catalysis of isocyanate/alcohol reactions, esterification and transesterification reactions, silicone condensations (e.g. RTV resins) and saline modified polyethylenes. view less | |
| CYMEL® 250 | Allnex | CYMEL® 250 Resin is a new type of mixalkylated methylated and n-butylated melamine formaldehyde resin with high imino functions. It is designed specifically for automotive coating system and does not require a strong acid catalyst for fast cure response. ...view more CYMEL® 250 Resin is a new type of mixalkylated methylated and n-butylated melamine formaldehyde resin with high imino functions. It is designed specifically for automotive coating system and does not require a strong acid catalyst for fast cure response. CYMEL® 250 resin is similar reactivity to conventional n-butylated melamine resin. A formulation by using CYMEL® 250 resin can achieve lower VOC, compared to a formulation by using conventional n-butylated melamine formaldehyde resin. view less | Request Sample |
| CYMEL® NF 3041 | Allnex | CYMEL® NF-3041 resin is a formaldehyde-free, partially n-butylated crosslinking agent supplied in n-butanol. It was designed primarily for use in 2 pack ambient cure solvent-borne conversion varnishes for industrial wood. Systems containing this product exhibit superior catalyzed pot life relative to typical urea-based conversion varnishes and require significantly less catalyst...view more CYMEL® NF-3041 resin is a formaldehyde-free, partially n-butylated crosslinking agent supplied in n-butanol. It was designed primarily for use in 2 pack ambient cure solvent-borne conversion varnishes for industrial wood. Systems containing this product exhibit superior catalyzed pot life relative to typical urea-based conversion varnishes and require significantly less catalyst to effect cure. The resulting coatings have excellent appearance, early hardness, resistance properties, and hot/cold cycle flexibility. view less | Request Sample |
| 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 |
| 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 | |
| REAXIS® C129LC | Reaxis Inc. | REAXIS® C129LC is a versatile, liquid tin-based catalyst that is used in a number of applications, including: oleochemical esterifiction, polyurethane coatings and resins. It can also improve the curing time of silicone resins and salines. As well as act ...view more REAXIS® C129LC is a versatile, liquid tin-based catalyst that is used in a number of applications, including: oleochemical esterifiction, polyurethane coatings and resins. It can also improve the curing time of silicone resins and salines. As well as act as a catalysis of lactone polymerization to form biodegradable polymers. REAXIS® C129LC can be utilized neat or as a mixture in alcohols. This product is typically used at concentrations ranging from 0.01 - 0.20 wt% at 80 - 240 °C. view less | |
| REAXIS® C162 | Reaxis Inc. | REAXIS® C162 is an inorganic, white powder, tin catalyst used in the synthesis of polyesters and and oleo-based esters. Made of Stannous Chloride Anhydrous, REAXIS® C162 can be used in the crosslinking of elastomers, synthesis of polyester polyols and sol...view more REAXIS® C162 is an inorganic, white powder, tin catalyst used in the synthesis of polyesters and and oleo-based esters. Made of Stannous Chloride Anhydrous, REAXIS® C162 can be used in the crosslinking of elastomers, synthesis of polyester polyols and solubility in polar solvents. It also finds use in Sn/Pd activator formulations for POP as well as a preferred tin source for tin/nickel alloy plating and as a surface color modifier for art glass. view less | |
| REAXIS® C248LC | Reaxis Inc. | REAXIS® C248LC is a solid, low particle size, amorphous organotin catalyst that is used mainly in esterification and polycondensation reactions. REAXIS® C248LC is well suited for the transesterification of vinyl acetate or acrylic acid copolymers as well ...view more REAXIS® C248LC is a solid, low particle size, amorphous organotin catalyst that is used mainly in esterification and polycondensation reactions. REAXIS® C248LC is well suited for the transesterification of vinyl acetate or acrylic acid copolymers as well as the production of polycarbonates. In addition it can also be used for the electrodeposition coatings and the synthesis of alkyd and polyester resins. REAXIS® C248LC is typically used at concentrations ranging from 0.01 - 0.5 wt% at 90 - 260°C. view less | |
| CELLOXIDE 8100 | Daicel (U.S.A.), Inc. | CELLOXIDE 8100 is a difunctional cycloaliphatic epoxide. It can be easily cured by heat or ultraviolet light when using a cationic catalyst. It is also possible to cure by heat with acid anhydrides or phenol type curing agents. It is especially excellent ...view more CELLOXIDE 8100 is a difunctional cycloaliphatic epoxide. It can be easily cured by heat or ultraviolet light when using a cationic catalyst. It is also possible to cure by heat with acid anhydrides or phenol type curing agents. It is especially excellent in yellowing resistance and reactivity of cationic curing. Since it has a high heat distortion temperature with transparency, the cured product can be used to provide an optical material or an alternative to glass. view less | |
| Borchi® Kat 0244 | Borchers, A Company of OMG | 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 | |
| VESTANAT® EP-M 222 | Evonik Operations GmbH, BL Crosslinkers | VESTANAT® EP-M 222 is a silane functional crosslinker for curing at elevated temperatures used in combination with suitable binders. It can be used for the formulation of highly scratch resistant coatings. For best results, the coating requires a catalyst...view more VESTANAT® EP-M 222 is a silane functional crosslinker for curing at elevated temperatures used in combination with suitable binders. It can be used for the formulation of highly scratch resistant coatings. For best results, the coating requires a catalyst such as VESTANAT® EP-CAT 11 B. The product is also suitable as a booster for scratch resistance for stoving enamels (plug-in technology). VESTANAT® EP-M 222 is supplied as 85% by wt. in butyl acetate. view less | Request Sample |
| Troymax™ Cobalt 6 | Arxada – Troy Corporation | Troymax™ Cobalt 6 is a cobalt carboxylate produced from a blend of synthetic acids assuring product stability and uniformity. Cobalt is primarily an oxidation catalyst and as such acts as a “surface or top drier.” Used alone, it may have a tendancy to cau...view more Troymax™ Cobalt 6 is a cobalt carboxylate produced from a blend of synthetic acids assuring product stability and uniformity. Cobalt is primarily an oxidation catalyst and as such acts as a “surface or top drier.” Used alone, it may have a tendancy to cause surface wrinkling. Therefore, to provide uniform drying, cobalt is generally used in combination with other metals such as manganese, lead, calcium, zirconium. Cobalt carboxylates are also used as a promotor in peroxide initiated polymerization processes. view less | Request Sample |
| Troymax™ Cobalt 10 | Arxada – Troy Corporation | Troymax™ Cobalt 10 is a cobalt carboxylate produced from a blend of synthetic acids assuring product stability and uniformity cobalt is primarily an oxidation catalyst and as such acts as a “surface or top drier.” Used alone,it may have a tendancy to caus...view more Troymax™ Cobalt 10 is a cobalt carboxylate produced from a blend of synthetic acids assuring product stability and uniformity cobalt is primarily an oxidation catalyst and as such acts as a “surface or top drier.” Used alone,it may have a tendancy to cause surface wrinkling. Therefore, to provide uniform drying, cobalt is generally used in combination with other metals such as manganese, lead, calcium, zirconium. Cobalt carboxylates are also used as a promotor in peroxide initiated polymerization processes. view less | Request Sample |
| Troymax™ Cobalt 12 | Arxada – Troy Corporation | Troymax™ Cobalt 12 is a cobalt carboxylate produced from a blend of synthetic acids assuring product stability and uniformity. Cobalt is primarily an oxidation catalyst and as such acts as a “surface or top drier.” Used alone,it may have a tendancy to cau...view more Troymax™ Cobalt 12 is a cobalt carboxylate produced from a blend of synthetic acids assuring product stability and uniformity. Cobalt is primarily an oxidation catalyst and as such acts as a “surface or top drier.” Used alone,it may have a tendancy to cause surface wrinkling. Therefore, to provide uniform drying, cobalt is generally used in combination with other metals such as manganese, lead, calcium, zirconium. Cobalt carboxylates are also used as a promotor in peroxide initiated polymerization processes. view less | Request Sample |
| VESTANAT® EP-M 95 | Evonik Operations GmbH, BL Crosslinkers | VESTANAT® EP-M 95 is a silane functional crosslinker for curing at elevated temperatures used in combination with suitable binders. It can be used for the formulation of highly scratch resistant coatings. For best results, the coating requires a catalyst ...view more VESTANAT® EP-M 95 is a silane functional crosslinker for curing at elevated temperatures used in combination with suitable binders. It can be used for the formulation of highly scratch resistant coatings. For best results, the coating requires a catalyst such as VESTANAT® EP-CAT 11 B. The product is also suitable as a booster for scratch resistance for stoving enamels (plug-in technology). VESTANAT® EP-M 222 can be added to adjust flexibility of finished coatings. view less | Request Sample |
| SILCOLEASE POLY 11362 | Elkem Silicones | SILCOLEASE POLY 11362 polymer is a low vinyl content silicone fluid which, when properly catalyzed and cured, gives a flexible crosslinked coating with premium release properties. The SILCOLEASE POLY 11362 release coating system is comprised of a vinyl silicone polymer, a methyl hydrogen siloxane crosslinker and a platinum catalyst...view more SILCOLEASE POLY 11362 polymer is a low vinyl content silicone fluid which, when properly catalyzed and cured, gives a flexible crosslinked coating with premium release properties. The SILCOLEASE POLY 11362 release coating system is comprised of a vinyl silicone polymer, a methyl hydrogen siloxane crosslinker and a platinum catalyst. The resulting addition reaction is very rapid and therefore an inhibitor is included to provide bath stability at ambient conditions while allowing rapid cures at elevated temperatures. view less | |
| SILCOLEASE POLY 11365 | Elkem Silicones | SILCOLEASE POLY 11365 polymer is a low vinyl content silicone fluid which, when properly catalyzed and cured, gives a flexible crosslinked coating with premium release properties. The SILCOLEASE POLY 11365 release coating system is comprised of a vinyl silicone polymer, a methyl hydrogen siloxane crosslinker and a platinum catalyst...view more SILCOLEASE POLY 11365 polymer is a low vinyl content silicone fluid which, when properly catalyzed and cured, gives a flexible crosslinked coating with premium release properties. The SILCOLEASE POLY 11365 release coating system is comprised of a vinyl silicone polymer, a methyl hydrogen siloxane crosslinker and a platinum catalyst. The resulting addition reaction is very rapid and therefore an inhibitor is included to provide bath stability at ambient conditions while allowing rapid cures at elevated temperatures. view less | |
| Borchi® Kat 0243 | Borchers, A Company of OMG | 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 | |
| PVB | Beijing Entrepreneur Science &Trading Co., Ltd. | Polyvinyl butyral (PVB) with hydrochloric acid as catalyst, is made from polyvinyl alcohol and butyl aldehyde. The abbreviate is PVB. High gloss, high transparent, non-toxic, smell-less, fast dissolve, etc. It’s good soluble with pigments and dyes. The PV...view more Polyvinyl butyral (PVB) with hydrochloric acid as catalyst, is made from polyvinyl alcohol and butyl aldehyde. The abbreviate is PVB. High gloss, high transparent, non-toxic, smell-less, fast dissolve, etc. It’s good soluble with pigments and dyes. The PVB has high transparency, good cold resistance, water resistance, film forming properties and impact resistance, widely used in middle film of glass, ceramic flower paper, metal protective paint, tipping paper, aluminum foil, insulation paint, fiber treatment agent, finished parts, printing inks, dyes and so on. view less | |
| Clear Rez 13WW | US Polymers - Accurez LLC | Clear Rez 13WW is supplied as a two-part system and cures by heat with the addition of Catalyst #3. This coating is designed for application by means of gravure equipment and is supplied in gravure solvents. It provides outstanding gloss on printed and un...view more Clear Rez 13WW is supplied as a two-part system and cures by heat with the addition of Catalyst #3. This coating is designed for application by means of gravure equipment and is supplied in gravure solvents. It provides outstanding gloss on printed and unprinted surfaces such as board, paper and foil. The coating can be dried at a low web temperature of 185°F. It has been modified with additives available from Accurez Corp. to provide low coefficient of friction. view less | Request Sample |
| SILCOLEASE EMULSION 907 | Elkem Silicones | SILCOLEASE EMULSION 907 is a SILICONE EMULSION and is used as the base polymer in a three part formulation intended for the RELEASE COATING OF PAPERS, and various other substrates. SILCOLEASE EMULSION 907 cures by a polyaddition reaction in the presence of suitable emulsions of crosslinker and an organometallic catalyst...view more SILCOLEASE EMULSION 907 is a SILICONE EMULSION and is used as the base polymer in a three part formulation intended for the RELEASE COATING OF PAPERS, and various other substrates. SILCOLEASE EMULSION 907 cures by a polyaddition reaction in the presence of suitable emulsions of crosslinker and an organometallic catalyst, for example (e.g. SILCOLEASE EMULSION XL 969 and SILCOLEASE EMULSION CATA 903) to give an ELASTOMERIC type coating. It may be used to coat substrates that meet “food contact application” requirements. view less | |
| SILCOLEASE XL 326 | Elkem Silicones | SILCOLEASE XL 326 and SILCOLEASE XL 328 are methyl hydrogen functional polysiloxane crosslinkers for platinum catalyzed addition cure solventless silicone release coatings. Designed for use in the Optima system, these products offer the capability to significantly reduce platinum catalyst...view more SILCOLEASE XL 326 and SILCOLEASE XL 328 are methyl hydrogen functional polysiloxane crosslinkers for platinum catalyzed addition cure solventless silicone release coatings. Designed for use in the Optima system, these products offer the capability to significantly reduce platinum catalyst use without having to increase process temperatures or reduce line speeds. SILCOLEASE XL 326 and SILCOLEASE XL 328 contain both copolymer and homopolymer methyl hydrogen components and provide efficient cure with good adhesion to a variety of liner substrates along with stable release. view less | |
| SILCOLEASE XL 328 | Elkem Silicones | SILCOLEASE XL 326 and SILCOLEASE XL 328 are methyl hydrogen functional polysiloxane crosslinkers for platinum catalyzed addition cure solventless silicone release coatings. Designed for use in the Optima system, these products offer the capability to significantly reduce platinum catalyst...view more SILCOLEASE XL 326 and SILCOLEASE XL 328 are methyl hydrogen functional polysiloxane crosslinkers for platinum catalyzed addition cure solventless silicone release coatings. Designed for use in the Optima system, these products offer the capability to significantly reduce platinum catalyst use without having to increase process temperatures or reduce line speeds. SILCOLEASE XL 326 and SILCOLEASE XL 328 contain both copolymer and homopolymer methyl hydrogen components and provide efficient cure with good adhesion to a variety of liner substrates along with stable release. view less | |
| Dynasylan® AR | Evonik Operations GmbH, BL Silanes | Dynasylan® AR is a pre-hydrolyzed, ready-for-use silicic acid ester – hybrid binder with additional colloidal SiO2 particles. Dynasylan® AR contains ethanol as solvent and sulfuric acid as catalyst. Dynasylan® AR is especially suited for use in ceramic ca...view more Dynasylan® AR is a pre-hydrolyzed, ready-for-use silicic acid ester – hybrid binder with additional colloidal SiO2 particles. Dynasylan® AR contains ethanol as solvent and sulfuric acid as catalyst. Dynasylan® AR is especially suited for use in ceramic casting molds and as a binder for 2-pack zinc dust anti-corrosion paints (e.g. shop-primers). In zinc rich paints with a zinc content above 95% Dynasylan® AR binds the zinc and allows the formation of hard coatings with an effective galvanic protection. view less | |
| Epoxy Coil Coating Primer (Formulation #2.2) | GRACE | Epoxy Coil Coating Primer (Formulation #2.2) is a formulation that utilizes SHIELDEX® C 303, a high performance non toxic heavy metal free, anti-corrosive pigment specially designed to replace Strontium Chromate in coil coating primers. Epikote 1007 and Epikote 1009 are standard epoxy resins used in coil coating primer applications. UFR 80 is a typical urea based crosslinker used in these applications. The cure response within this formulation was controlled by the use of Epoxy blocked Phosphoric acid (co-catalyst) and Halox 650 (dicarboxylic-acid co-catalyst). These components prevent the interaction of SHIELDEX® anti-corrosive pigment with the acid catalyst...view more Epoxy Coil Coating Primer (Formulation #2.2) is a formulation that utilizes SHIELDEX® C 303, a high performance non toxic heavy metal free, anti-corrosive pigment specially designed to replace Strontium Chromate in coil coating primers. Epikote 1007 and Epikote 1009 are standard epoxy resins used in coil coating primer applications. UFR 80 is a typical urea based crosslinker used in these applications. The cure response within this formulation was controlled by the use of Epoxy blocked Phosphoric acid (co-catalyst) and Halox 650 (dicarboxylic-acid co-catalyst). These components prevent the interaction of SHIELDEX® anti-corrosive pigment with the acid catalysts and any acid funtionality on the resin systems, thus ensuring maximum cure response. The SHIELDEX® C 303 anti-corrosive pigment containing epoxy coil primer was applied on Bonder 1303 (ex Chemetall) and Granodine C 108 (ex Henkel) treated galvanised steel test panels. The primer was applied by bar coater to a dry film thickness of 5 – 7 microns. Cure was to a peak metal temperature (PMT) of 216 – 224 °C. A polyester-melamine topcoat was applied to a bar coated dry film thickness of 20 – 25 microns and cured to a PMT of 232 – 241 °C. 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 | |
| Clear Rez 3WSB | US Polymers - Accurez LLC | Clear Rez 3WSB is supplied as a two-part system and cures by heat with the addition of Catalyst #3. This coating is designed for application by means of gravure equipment and is supplied in gravure solvents. It provides outstanding gloss on printed and un...view more Clear Rez 3WSB is supplied as a two-part system and cures by heat with the addition of Catalyst #3. This coating is designed for application by means of gravure equipment and is supplied in gravure solvents. It provides outstanding gloss on printed and unprinted surfaces such as board, paper and foil. The coating can be dried at a low web temperature of 185°F. It can be modified with additives available from Accurez Corp. to vary its coefficient of friction for either high slip or low slip application. view less | Request Sample |
| UniPak™ System | Cleveland Steel Container Corporation | The UniPak™ System allows for two separate products to be shipped in one UN rated container. An ideal packaging choice for two part coatings in which a catalyst must be segregated from the base product until mixing prior to application. The UniPak™ System...view more The UniPak™ System allows for two separate products to be shipped in one UN rated container. An ideal packaging choice for two part coatings in which a catalyst must be segregated from the base product until mixing prior to application. The UniPak™ System includes a specially designed steel cover to work with an extended lip plastic tray or cradle. The plastic cradle is designed to hold a 1 gallon tin can while the plastic tray is designed to hold either free flowing material, a small container or bag. view less | |
| DOUBLEMER® 421P | Double Bond Chemical Ind., Co., Ltd. | DOUBLEMER® 421P is a low viscosity, high purity, cycloaliphatic epoxide oligomer which undergoes rapid polymerization when exposed to UV light in the presence of a photoinitiator which generates a cationic catalyst. Onium salt photoinitiators are used to ...view more DOUBLEMER® 421P is a low viscosity, high purity, cycloaliphatic epoxide oligomer which undergoes rapid polymerization when exposed to UV light in the presence of a photoinitiator which generates a cationic catalyst. Onium salt photoinitiators are used to produce the cationic species on exposure to UV light, while remaining stable in the absence of UV light. Formulations containing DOUBLEMER® 421P, along with other epoxide resins and polyol modifiers, can provide a range of cured film properties. Coatings containing DOUBLEMER® 421P generally have excellent toughness, solvent resistance, and good adhesion to a variety of substrates, including metals and plastics. view less | |
| WorléeKyd C 743 HS | Worlée-Chemie G.m.b.H. | WorléeKyd C 743 HS is an extremely low viscous short oil and non-drying alkyd resin for the manufacture of high solids, oven cured primers, filler and top coats. This grade has a non-volatile content of 80% ± 2. W´Kyd C 743 hs is compatible with some short oil non-drying alkyds, such as W´Kyd D 233 and SM 400. Although W´Kyd C 743 hs is very low viscous, it is a high reactive stoving resin. Optimal film properties can be achieved at stoving conditions 10-30 min. at 160 - 130 °C, normally without addition of any catalyst...view more WorléeKyd C 743 HS is an extremely low viscous short oil and non-drying alkyd resin for the manufacture of high solids, oven cured primers, filler and top coats. This grade has a non-volatile content of 80% ± 2. W´Kyd C 743 hs is compatible with some short oil non-drying alkyds, such as W´Kyd D 233 and SM 400. Although W´Kyd C 743 hs is very low viscous, it is a high reactive stoving resin. Optimal film properties can be achieved at stoving conditions 10-30 min. at 160 - 130 °C, normally without addition of any catalyst. view less | |
| CAPCURE® 3830-CB | Gabriel Performance Products | CAPCURE® 3830-CB is a mercaptan based epoxy hardener which provides a gel time of approximately 30 minutes with a standard bis-phenol A epoxy resin mixed at a 1:1 ratio under ambient conditions. CAPCURE® 3830-CB is a mercaptan curing agent that improves bonds between glass and metal, especially brass and bronze. This material is ideal for two-component mixing equipment in assembly line use when mixed at a 1:1 epoxy/hardener ratio. CAPCURE® 3830-CB can be used as a catalyst...view more CAPCURE® 3830-CB is a mercaptan based epoxy hardener which provides a gel time of approximately 30 minutes with a standard bis-phenol A epoxy resin mixed at a 1:1 ratio under ambient conditions. CAPCURE® 3830-CB is a mercaptan curing agent that improves bonds between glass and metal, especially brass and bronze. This material is ideal for two-component mixing equipment in assembly line use when mixed at a 1:1 epoxy/hardener ratio. CAPCURE® 3830-CB can be used as a catalyst or co-curing material where it will impart properties typical of mercaptans and provide improved adhesion. view less | |
| SILCOLEASE PC-107 | Elkem Silicones | SILCOLEASE PC-107 is a thermally curable silicone emulsion which provides a premium release surface for adhesive and other tacky materials such as pressure sensitive tapes, labels, asphalt shingle wrap, and food packaging. Release modifier emulsions are available which, when blended with SILCOLEASEPC-107 in incrementally higher levels, will give correspondingly tighter release force performance. SILCOLEASE PC-107 NXL is identical in composition to SILCOLEASEPC-107 but without methyl hydrogen crosslinker. As such, SILCOLEASEPC-107 NXL offers the flexibility to the formulator to modify the type and / or the amount of crosslinker to achieve specific performance characteristics. A platinum catalyst...view more SILCOLEASE PC-107 is a thermally curable silicone emulsion which provides a premium release surface for adhesive and other tacky materials such as pressure sensitive tapes, labels, asphalt shingle wrap, and food packaging. Release modifier emulsions are available which, when blended with SILCOLEASEPC-107 in incrementally higher levels, will give correspondingly tighter release force performance. SILCOLEASE PC-107 NXL is identical in composition to SILCOLEASEPC-107 but without methyl hydrogen crosslinker. As such, SILCOLEASEPC-107 NXL offers the flexibility to the formulator to modify the type and / or the amount of crosslinker to achieve specific performance characteristics. A platinum catalyst emulsion is required for each. view less | |
| SILCOLEASE PC-107 NXL | Elkem Silicones | SILCOLEASE PC-107 is a thermally curable silicone emulsion which provides a premium release surface for adhesive and other tacky materials such as pressure sensitive tapes, labels, asphalt shingle wrap, and food packaging. Release modifier emulsions are available which, when blended with SILCOLEASEPC-107 in incrementally higher levels, will give correspondingly tighter release force performance. SILCOLEASE PC-107 NXL is identical in composition to SILCOLEASEPC-107 but without methyl hydrogen crosslinker. As such, SILCOLEASEPC-107 NXL offers the flexibility to the formulator to modify the type and / or the amount of crosslinker to achieve specific performance characteristics. A platinum catalyst...view more SILCOLEASE PC-107 is a thermally curable silicone emulsion which provides a premium release surface for adhesive and other tacky materials such as pressure sensitive tapes, labels, asphalt shingle wrap, and food packaging. Release modifier emulsions are available which, when blended with SILCOLEASEPC-107 in incrementally higher levels, will give correspondingly tighter release force performance. SILCOLEASE PC-107 NXL is identical in composition to SILCOLEASEPC-107 but without methyl hydrogen crosslinker. As such, SILCOLEASEPC-107 NXL offers the flexibility to the formulator to modify the type and / or the amount of crosslinker to achieve specific performance characteristics. A platinum catalyst emulsion is required for each. view less | |
| SILCOLEASE PC-188 | Elkem Silicones | SILCOLEASE PC-188 is a thermally curable silicone emulsion which provides a premium release surface for adhesive and other tacky materials such as pressure sensitive tapes, labels, asphalt shingle wrap, and food packaging. Release modifier emulsions are available which, when blended with Silcolease ® PC-188 in incrementally higher levels, will give correspondingly tighter release force performance. Silcolease ® PC-188NXL is identical in composition to Silcolease ® PC-188 but without methyl hydrogen crosslinker. As such, Silcolease ® PC-188NXL offers the flexibility to the formulator to modify the type and / or the amount of crosslinker to achieve specific performance characteristics. A platinum catalyst...view more SILCOLEASE PC-188 is a thermally curable silicone emulsion which provides a premium release surface for adhesive and other tacky materials such as pressure sensitive tapes, labels, asphalt shingle wrap, and food packaging. Release modifier emulsions are available which, when blended with Silcolease ® PC-188 in incrementally higher levels, will give correspondingly tighter release force performance. Silcolease ® PC-188NXL is identical in composition to Silcolease ® PC-188 but without methyl hydrogen crosslinker. As such, Silcolease ® PC-188NXL offers the flexibility to the formulator to modify the type and / or the amount of crosslinker to achieve specific performance characteristics. A platinum catalyst emulsion is required for each. view less | |
| SILCOLEASE PC-188NXL | Elkem Silicones | SILCOLEASE PC-188 is a thermally curable silicone emulsion which provides a premium release surface for adhesive and other tacky materials such as pressure sensitive tapes, labels, asphalt shingle wrap, and food packaging. Release modifier emulsions are available which, when blended with Silcolease ®PC-188 in incrementally higher levels, will give correspondingly tighter release force performance. Silcolease ® PC-188NXL is identical in composition to Silcolease ®PC-188 but without methyl hydrogen crosslinker. As such, Silcolease ®PC-188NXL offers the flexibility to the formulator to modify the type and / or the amount of crosslinker to achieve specific performance characteristics. A platinum catalyst...view more SILCOLEASE PC-188 is a thermally curable silicone emulsion which provides a premium release surface for adhesive and other tacky materials such as pressure sensitive tapes, labels, asphalt shingle wrap, and food packaging. Release modifier emulsions are available which, when blended with Silcolease ®PC-188 in incrementally higher levels, will give correspondingly tighter release force performance. Silcolease ® PC-188NXL is identical in composition to Silcolease ®PC-188 but without methyl hydrogen crosslinker. As such, Silcolease ®PC-188NXL offers the flexibility to the formulator to modify the type and / or the amount of crosslinker to achieve specific performance characteristics. A platinum catalyst emulsion is required for each. view less | |
| DOUBLEMER® 413P | Double Bond Chemical Ind., Co., Ltd. | DOUBLEMER® 413P is a cycloaliphatic epoxide oligomer that is characterized by its high curing speed, low viscosity, and cycloaliphatic epoxide oligomer, which undergoes rapid polymerization when exposed to UV light in the presence of a photoinitiator. This generates a cationic catalyst...view more DOUBLEMER® 413P is a cycloaliphatic epoxide oligomer that is characterized by its high curing speed, low viscosity, and cycloaliphatic epoxide oligomer, which undergoes rapid polymerization when exposed to UV light in the presence of a photoinitiator. This generates a cationic catalyst. Onium salt photoinitiators are used to produce the cationic species on exposure to UV light, while remaining stable in the absence of UV light. Formulations containing DOUBLEMER® 413P, along with other epoxide resins and polyol modifiers can provide a range of cured film properties. Coatings containing DOUBLEMER® 413P generally have excellent toughness, solvent resistance, and good adhesion to a variety of substrates, including metals and plastics. view less | |
| 1-Pack Polyurethane Coil Coating Primer (Formulation #2.3) | GRACE | 1-Pack Polyurethane Coil Coating Primer (Formulation #2.3) is a guideline formulation based on Dynapol L205 (high molecular weight polyester resin) crosslinked with Desmodur BL 3175 (a blocked isocyanate). Dabco T12 (dibutyltindilaurate) was used as the catalyst...view more 1-Pack Polyurethane Coil Coating Primer (Formulation #2.3) is a guideline formulation based on Dynapol L205 (high molecular weight polyester resin) crosslinked with Desmodur BL 3175 (a blocked isocyanate). Dabco T12 (dibutyltindilaurate) was used as the catalyst. SHIELDEX® C 303 is a high performance non toxic heavy metal free, anti-corrosive pigment specially designed to replace Strontium Chromate in coil coating primers. The 1-Pack-Polyurethane primer was tested on Bonder 1303 treated galvanised steel test panels (ex Chemetall) at a bar coated dry film thickness of 5 microns. Cure was to a peak metal temperature (PMT) of 224 °C. A polyester-melamine topcoat was applied to a bar coated dry film thickness of 20 – 25 microns and cured to a PMT of 232 °C. view less | |
| DOUBLEMER® 4250 | Double Bond Chemical Ind., Co., Ltd. | DOUBLEMER® 4250 is characterized by its high curing speed, low viscosity, cycloaliphatic epoxide oligomer that undergoes rapid polymerization when exposed to UV light in the presence of a photoinitiator, which generates a cationic catalyst. Onium salt pho...view more DOUBLEMER® 4250 is characterized by its high curing speed, low viscosity, cycloaliphatic epoxide oligomer that undergoes rapid polymerization when exposed to UV light in the presence of a photoinitiator, which generates a cationic catalyst. Onium salt photoinitiators are used to produce the cationic species on exposure to UV light, while remaining stable in the absence of UV light. This product is a yellowish viscous liquid. Formulations containing DOUBLEMER® 4250, along with other epoxide resins and polyol modifiers, can provide a range of cured film properties. Coating containing DOUBLEMER® 4250 generally have excellent toughness, solvent resistance, and good adhesion to a variety of substrates, including metals and plastics. This product can be used for metal coatings, overprint varnishes, plastic coatings, PET film and keypad coating. view less | |
| K-FLEX® UD-320 | King Industries, Inc. | K-FLEX® UD-320 is an aliphatic, high solids, low molecular weight urethane diol oligomer. It is soluble in polar organic solvents except aliphatic and aromatic hydrocarbons. To gain aromatic solubility it has to be combined with a hydrogen bonding solvent. This product has broad compatibility with acrylic, polyester, and alkyd resins. K-FLEX® UD-320 enhances the hardness of melamine crosslinked systems. When used to modify a 2-component polyurethane, it will enhance hardness and flexibility. K-FLEX® UD-320 responds best to a zirconium chelate catalyst...view more K-FLEX® UD-320 is an aliphatic, high solids, low molecular weight urethane diol oligomer. It is soluble in polar organic solvents except aliphatic and aromatic hydrocarbons. To gain aromatic solubility it has to be combined with a hydrogen bonding solvent. This product has broad compatibility with acrylic, polyester, and alkyd resins. K-FLEX® UD-320 enhances the hardness of melamine crosslinked systems. When used to modify a 2-component polyurethane, it will enhance hardness and flexibility. K-FLEX® UD-320 responds best to a zirconium chelate catalyst when used in isocyanate crosslinked systems. It also offers benefits like low VOC, chemical resistance, exterior durability, QUV resistance, and hydrolytic stability. This product can be used for machine/equipment coatings, automotive coatings, appliance coatings, wood and paper coatings, and aerospace coatings. view less | |
| Chicure® TPP | Double Bond Chemical Ind., Co., Ltd. | Chicure® TPP is a widely used metal complex and phase transfer catalysts for organic and polymerization reactions. | |
| Mixed Chromium Phosphate | McGean-Rohco, Inc. | Mixed Chromium Phosphate is a clear, green solution. Uses include conversion coatings, corrosion inhibitors, catalysts and synthesis. | |
| K-KAT® XK-640 | King Industries, Inc. | K-KAT® XK-640 is an adaptable bismuth carboxylate stimulant that is made for blocked isocyanate and two component urethane coatings. It offers good exterior durability, good gloss retention, and similar properties to standard tin catalysts without the env...view more K-KAT® XK-640 is an adaptable bismuth carboxylate stimulant that is made for blocked isocyanate and two component urethane coatings. It offers good exterior durability, good gloss retention, and similar properties to standard tin catalysts without the environmental drawbacks. K-KAT® XK-640 is a designed to provide improved hydrolytic stability compared to other bismuth carboxylate catalysts. This product is soluble in glycol ethers, aliphatics, and aromatics, has partial solubility in alcohols and esters, and is insoluble in water. It appears as a clear, amber liquid, is 18% metal, and can be applied in ambient, force dry and bake systems, 2K and blocked isocyanate coatings, and in the production of urethane coatings. view less | |
| 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. | |
| 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. | |
| 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. | |
| 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. | |
| K-KAT® 348 | King Industries, Inc. | K-KAT® 348 is an adaptable bismuth carboxylate stimulant that is made for blocked isocyanate and two standard urethane coatings. It can provide similar characteristics to basic tin catalysts without the environmental setbacks. This product appears as a cl...view more K-KAT® 348 is an adaptable bismuth carboxylate stimulant that is made for blocked isocyanate and two standard urethane coatings. It can provide similar characteristics to basic tin catalysts without the environmental setbacks. This product appears as a clear, straw liquid and offers great catalysis of secondary hydroxyls, gloss retention, exterior durability, and the ability to be used in ambient, force dry, and bake systems. It is soluble in glycol ethers, aliphatics, and aromatics. It is limited in solubility in alcohols and esters and is insoluble in water. K-KAT® 348 can be applied in 2K and blocked isocyanate coatings, urethane elastomers, foams and coatings, and cationic coatings. 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 | |
| TIB KAT® 233S | TIB Chemicals | TIB KAT® 233S is applicable for catalysts in the manufacturing of polyurethanes, transesterification reactions, condensation reactions of RTV-silicone resins and silanes, and transesterification of polyacrylates. This product is supplied as a liquid and i...view more TIB KAT® 233S is applicable for catalysts in the manufacturing of polyurethanes, transesterification reactions, condensation reactions of RTV-silicone resins and silanes, and transesterification of polyacrylates. This product is supplied as a liquid and is slightly sensitive to moisture. view less | |
| PIB 16 | Braskem S.A. | PIB 16 is obtained by polymerization of an isobutene rich stream with specific catalysts. Product is composed predominantly of aliphatic mono-olefins. | |
| SNOWTEX® ST-ZL | Nissan Chemical America Corporation | SNOWTEX® ST-ZL is a colloidal silica with many applications for paper, fibers, steel, and catalysts. The particle size of this product is at 90 µm. | Request Sample |
| TIB KAT® 616 | TIB Chemicals | TIB KAT® 616 is suitable for various applications in the catalysis of polyurethane systems. Compared to organotin catalysts, this product shows a lower activity offering longer pot life in 2p systems. It is especially useful in curing reactions at elevate...view more TIB KAT® 616 is suitable for various applications in the catalysis of polyurethane systems. Compared to organotin catalysts, this product shows a lower activity offering longer pot life in 2p systems. It is especially useful in curing reactions at elevated temperatures and in curing systems based on aromatic isocyanates. view less | |
| KRONOS® 6020 | Kronos International, Inc. | KRONOS® 6020 is a solution of titanium oxychloride in hydrochloric acid (25%). It is used for the production of pearlescent and other inorganic pigments. This product is also suitable for manufacturing catalysts. | |
| PIB 10 | Braskem S.A. | PIB 10 is obtained by polymerization of an isobutene rich stream with specific catalysts. Product is composed predominantly of aliphatic mono-olefins. PIB 10 is a non-toxic polymer. | |
| PIB 122 | Braskem S.A. | PIB 122 is obtained by polymerization of an isobutene rich stream with specific catalysts. Product is composed predominantly of aliphatic mono-olefins. PIB 122 is a non-toxic polymer. | |
| PIB 128 | Braskem S.A. | PIB 128 is obtained by polymerization of an isobutene rich stream with specific catalysts. Product is composed predominantly of aliphatic mono-olefins. PIB 128 is a non-toxic polymer. | |
| PIB 24 | Braskem S.A. | PIB 24 is obtained by polymerization of an isobutene rich stream with specific catalysts. Product is composed predominantly of aliphatic mono-olefins. PIB 24 is a non-toxic polymer. | |
| PIB 240 | Braskem S.A. | PIB 240 is obtained by polymerization of an isobutene rich stream with specific catalysts. Product is composed predominantly of aliphatic mono-olefins. PIB 240 is a non-toxic polymer. | |
| PIB 30 | Braskem S.A. | PIB 30 is obtained by polymerization of an isobutene rich stream with specific catalysts. Product is composed predominantly of aliphatic mono-olefins. PIB 30 is a non-toxic polymer. |
