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Product Name
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Description
1,2,4-Trivinyl cyclohexane by Evonik acts as a crosslinker for polyolefins (PE and PP), as well as a number of other polymers. As non-aromatic hydrocarbon it is particularly suitable for polymers... view more
1,2,6-Hexanetriol by Evonik acts as a crosslinker. Its physico-chemical characteristics as well as the primary/secondary alcohol functions provide many application areas open... view more
Applications
1,3-Phenylene-bis-oxazoline by Evonik acts as a crosslinker, modifier and stabilizer. Also acts as a coloring agent. Compatible with polyamide, polyester, co-polyester, both saturated & unsaturated... view more
1,7-Octadiene by Evonik acts as a crosslinker for polyolefins (PE- HDPE and PP), as well as a number of other polymers. Suitable fpr use in pulp, paper & packaging, electronics & telecommunication... view more
1,9-Decadiene by Evonik acts as a crosslinker for polyolefins (polybutylene, PE- HDPE, LDPE, LLDPE, and PP), as well as a number of other polymers like polysiloxane, rubber - BR, EPDM, IR, NR and... view more
Evonik
Capability of undergoing free radical polymerization. Contains the stabilizer MEHQ... view more
3,3',4,4'-Benzophenonetetracarboxylic dianhydride by Evonik acts as crosslinker. Compatible with polyimide and epoxy resin... view more
4-Acetylamino-2,2,6,6-tetramethylpiperidine-N-oxyl by Evonik acts as an anti-fouling agent, stabilizer, oxidation catalyst for selective oxidations and polymerization control agent. Suitable for use... view more
5-Hexen-1-ol by Evonik acts as a crosslinker for polyolefins (polybutylene, PE- HDPE, LDPE, and LLDPE) and polyester (co-polyester, saturated polyester, UP resin, epoxy resin) as well as a number of... view more
20% organic antiblock additive based on polypropylene copolymer. Recommended for metallizable films and cigarette films. The dosage rate is 1.0-2.0%... view more
20% organic antiblock additive based on polypropylene copolymer. Recommended for metallizable films and cigarette films. The dosage rate is 1.0-2.0%... view more
40% sodium metabisulfite based on LDPE. Acts as an anti-fogging agent. Recommended for agricultural films. The dosage rate is 2.0-5.0%... view more
25% SML based on LDPE. Acts as an anti-fogging agent. Recommended for polyethylene food wrap films. The dosage rate is 2.0-5.0%... view more
70% additive based on LDPE. Acts as an anti-fogging agent. Recommended for cold or hot fog PE films. The dosage rate is 1.0-1.5%... view more
Applications
60% anti-fogging additive based on GPPS polymer. It is approved for food contact. The dosage rate is 3.0%... view more
48-52% anti-fogging additive based on SBC (styrene-butadiene block copolymer). Can be incorporated by using normal dosing equipment or by adding it to a dry blend with virgin polymer. Recommended... view more
60% anti-fogging additive based on polypropylene homopolymer. Recommended for cold or hot food packaging films. The dosage rate is 1.5-2.0%... view more
Applications
50% anti-fogging agent based in SBC. Recommended for cold and hot fog food packaging applications. The dosage rate is 3.0-5.0%... view more
Applications
75% anti-fogging additive based on polypropylene homopolymer. Recommended for food packaging BOPP film. The recommended level of addition is between 0.8 to 2.0 %... view more
60% additive based on LLDPE. Acts as an antioxidant. Recommended for active food packaging films for cereals. The dosage rate is 0.2-0.4%... view more
Applications
50% flame retardant additive based on HIPS polymer. It is halogen free. The dosage rate is 15-25%... view more
61% flame retardant as well as antidripping additive based on polycarbonate carrier resin. It is bromine free. The dosage rate is 13-15%... view more
50% flame retardant additive based on polycarbonate carrier resin. It is halogen free. Recommended for transparent PC sheets. The dosage rate is 15-20%... view more
Applications
60% antistatic masterbatch based on polypropylene homopolymer. Also acts as a release agent in molding application. Recommended for standard packaging films. The dosage rate is 0.5-0.7%... view more
Applications
50% glycerol monostearate based masterbatch in LDPE carrier resin. Acts as a mold release agent. Exhibits fast migration. The recommended dosage rate is 0.5-1.0%... view more
40% additive based masterbatch in GPPS carrier resin. Acts as an antistatic agent. It is amine or amide free. Recommended for foams, films and molded parts. The dosage rate is 2.0-3.0%... view more
70% glycerol monostearate based masterbatch in EVA carrier resin. Acts as a mold release agent. Recommended for PE foams. The dosage rate is 0.4-0.8%... view more
Applications
40% anti-fogging additive based on polypropylene homopolymer. Recommended for cold or hot food packaging films. The dosage rate is 2.5-3.5%... view more
Applications
60% anti-fogging additive based on polypropylene copolymer. Recommended for cold fog food packaging films. The dosage rate is 1.5-3.5%... view more
Applications
65% additive based on LDPE. Acts as an anti-fogging agent. Recommended for cold fog food packaging films. The dosage rate is 0.7-0.9%... view more
Applications
50% additive based cell stabilizing masterbatch in LDPE carrier rines. Acts as a cell stabilizer. Recommended for LDPE foams. The dosage rate is 2.0-3.0%... view more
Applications
Amine or amide free additive based on LLDPE carrier resin. Acts as an antistatic agent. Can be incorporated by using gravimetric dosing equipment or by adding it to a dry blend with virgin polymer... view more
50% additive based on GPPS. Acts as an antistatic agent. It is amine or amide free. The dosage rate is 4.0-5.0%... view more
58-62% anti-fogging additive based in EVA carrier resin. For better and long term effect, it should be used in anti-fog layer as well as core layer in case of multi layer films. Recommended for... view more
70% additive based on LLDPE. Acts as an antistatic agent. Recommended for food packaging films and co-extruded film for lamination. The dosage rate is 0.2-0.5%... view more
50% antistatic agent based in PA6. Recommended for fibers. Suitable for molding and compounding. Approved for food contact. The dosage rate is 3.0-5.0%... view more
60% permanent antistatic agent based in PET. Recommended for PET fibers. The dosage rate is 2.0-5.0%... view more
50% antistatic masterbatch based in PA6. Recommended for carpet fibers. The dosage rate is 3.0-5.0%... view more
60% additive based on LDPE. Acts as an antistatic agent. Recommended for films and molded parts. The dosage rate is 0.3-0.5%... view more
50% antistatic masterbatch based on GPPS. Recommended for non food application. The dosage rate is 2.0-3.0%... view more
65% antistatic as well as slip masterbatch based on polypropylene homopolymer. Recommended for BOPP films. The dosage rate is 0.5-0.8%... view more
Applications
75% antistatic masterbatch based on polypropylene homopolymer. Recommended for white or opaque films. The dosage rate is 0.2-0.5%... view more
50% stearamide based additive masterbatch containing the effective substance in GPPS carrier resin. Acts as an antislip as well as a mold release agent. Recommended for films and sheets. The dosage... view more
48-52% of refined stearamide based additive masterbatch containing the effective substance in EVA carrier resin. Acts as release agent, antiblocking agent and cell stabilizer. Can be incorporated... view more
73-77% ethoxylated tallow amine based on HDPE carrier resin. Acts as an antistatic agent. Can be incorporated using normal dosing equipment or by adding it to a dry blend with virgin polymer... view more
75% antistatic masterbatch based on polypropylene homopolymer. Recommended for standard packaging films. The dosage rate is 0.2-0.5%... view more
Applications
75% antistatic masterbatch based on polypropylene homopolymer. It is vegetable based. Recommended for BOPP or CPP films. The dosage rate is 0.2-0.4%... view more
Applications
75% antistatic additive based on polypropylene homopolymer. Recommended for BOPP films. The dosage rate is 0.2-0.9%... view more
Applications
65% antistatic or slip additive based on polypropylene homopolymer. Recommended for print lamination films. The dosage rate is 0.8-1.2%... view more
65% antistatic or slip additive based on polypropylene homopolymer. Recommended for heat sealable films and cigarette films. The dosage rate is 0.8-1.5%... view more
40% slip additive based on polypropylene homopolymer. Recommended for standard packaging films. The dosage rate is 0.5-0.7%... view more
Applications
60% softening agent based on polypropylene homopolymer. Recommended for fibers. The dosage rate is 0.3-0.5%... view more
40% slip additive or release agent based on polypropylene copolymer. Recommended for standard packaging films. The dosage rate is 0.5-1.0%... view more
Applications
40% additive based on LDPE. Acts as a slip agent. Recommended for PE films. The dosage rate is 0.2-0.3%... view more
Applications
20% additive based on LDPE carrier resin. Acts as a mold release agent. Recommended for complex molded parts. Compatible with thermoplastic polyolefins (TPO). The dosage rate is 1.5-2.0%... view more
38-42% refined erucamide based on GPPS polymer. Acts as a slip agent. Can be incorporated using normal dosing equipment or by adding it to a dry blend with virgin polymer. Recommended for films and... view more
50% additive based on PC. Acts as a release agent as well as a lubricant. Recommended for transparent parts. The dosage rate is 1.0-1.5%... view more
60% additive based on PET. Acts as a release agent as well as a lubricant. Recommended for transparent parts. The dosage rate is 0.7-1.5%... view more
28-32 wt.% polydimethylsiloxane based on PP copolymer carrier resin. Acts as a lubricant as well as a release agent. Can be incorporated by using gravimetric dosing equipment or by adding it to a... view more
58-62 wt.% polydimethylsiloxane based on LDPE carrier resin. Acts as a lubricant. Addition levels at 0.1 – 0.3% provides release effects in case of injection molding. Higher levels at about 1-1.5%... view more
63-67 wt.% polydimethylsiloxane based on PP copolymer carrier resin. Acts as a lubricant as well as a release agent. Can be incorporated by using gravimetric dosing equipment or by adding it to a... view more
50% silicone oil based on polypropylene homopolymer. Acts as a mold release agent. The dosage rate is 0.2-0.4%... view more
48-52 wt.% polydimethylsiloxane based on GPPS polymer. Acts as a mold release agent as well as a lubricant. It can be incorporated by using gravimetric dosing equipment or by adding it to a dry... view more
Applications
50% silicone oil based in PA6. Acts as a release agent as well as a lubricant. The dosage rate is 0.5-2.0%... view more
50% silicone oil based on PC. Acts as a release agent as well as a lubricant. Recommended for molded parts and compounds. The dosage rate is 0.2-1.5%... view more
50% silicone oil based on PET. Acts as a release agent as well as a lubricant. Recommended for molded parts and compounds. The dosage rate is 0.5-2.0%... view more
50% silicone oil based on PET. Acts as a release agent as well as a lubricant. Recommended for molded parts and compounds. The dosage rate is 0.5-2.0%... view more
50% UMHW silicone gum in PP homopolymer. Acts as a lubricant. Recommended for cigarette films. The dosage rate is 1.0-2.0%... view more
50% UMHW silicone gum in PP homopolymer. Acts as a lubricant. Recommended for cigarette films. The dosage rate is 1.0-2.0%... view more
50% silicone gum based in HDPE. Acts as a lubricant. Recommended for pipes and molded parts. The dosage rate is 1-2%... view more
60% additive based on PET. Acts as a release agent as well as a lubricant. Recommended for transparent parts. The dosage rate is 0.7-1.5%... view more
50% additive based on LDPE. Acts as an UV light stabilizer. Recommended for PE raffia. The dosage rate is 0.5-1.0%... view more
Applications
65% foaming agent based on polypropylene copolymer. It is water-based. Recommended for thermoplastic vulcanizates(TPV). The dosage rate is 1.0-3.0%... view more
Fumed silica-based processing aid. It is an ester grade of AEROBATCH® U. It controls depolymerization and recrystallization behavior. AEROBATCH® U 125 ES increases melt viscosity, melt strength... view more
Fumed silica-based processing aid. It is an ether grade of AEROBATCH® U. It controls depolymerization and recrystallization behavior. AEROBATCH® U 125 ET increases melt viscosity, melt strength... view more
Hydrophilic fumed silica. Used in sealants and HTV-silicone rubber. Provides very good reinforcement and thixotropic behaviour. Offers improved reinforcing properties of HTV-silicone rubber... view more
Hydrophilic fumed silica. Used in HCR-silicone rubber. Reduces dust development... view more
Hydrophilic fumed silica. Used as reinforcer filler and thixotropic agent in RTV-1K-silicone sealants and HTV-silicone rubber... view more
Densified hydrophilic fumed silica. Offers reduced dust development... view more
Hydrophilic fumed silica. Used in HTV- and RTV-2K-silicone rubber. Possesses good reinforcement properties... view more
Hydrophilic fumed silica. Used in HTV- and RTV-silicone rubber. Possesses very good reinforcement properties. Offers low crepe hardening in HTVsilicone rubber in case of good dispersion... view more
Hydrophilic fumed silica. Used as a reinforcer in HTV-silicone rubber. Possesses good reinforcement properties... view more
Aerosil® 255 by Evonik is a hydrophilic fumed silica. Acts as a reinforcing filler. Compatible with HTV-, LSR- and RTV-2K-silicone rubber. It has a shelf life of 2 years... view more
Hydrophilic fumed silica. Used in HTV- and liquid silicone rubber. Offers good reinforcement properties. Exhibits very good transparency... view more
Hydrophilic fumed silica. Used in HTV- and liquid silicone rubber. Offers good reinforcement properties. Exhibits very good transparency... view more
AEROSIL® 300 V by Evonik is a densified hydrophilic fumed silica grade. Acts as a rheology modifier. It is an odorless white powder. Exhibits optimal dispersion yielding best results in pronounced... view more
Hydrophilic fumed silica. Used in HTV-silicone rubber. Offers good reinforcement properties. Exhibits very good transparency... view more
Hydrophilic fumed silica. Used in RTV-silicone rubber. Offers imprved reinforcement properties... view more
Hydrophilic fumed silica. Used as antiblocking agent. Improves dielectrical properties. Enables high filler loading. Offers high tapped density. Provides low thickening properties and high purity... view more
Hydrophobic fumed silica. Used as reinforcing component for HCR silicone rubber and thickening agent for RTV- 1K silicone sealants... view more
Hydrophobic fumed silica. Used as reinforcing component for HCR silicone rubber and thickening agent for RTV- 1K silicone sealants. Offers improvement and maintenance of free flow and anti-caking... view more
Hydrophobic fumed silica. Used as thickening and thixotropic agent of cable gels for fiber optic cables... view more
Surface modified fumed silica. Used as thickening agent. Offers improvement of the mechanical properties, e.g. hardness of composite formulations and plastics... view more
Applications
Surface modified fumed silica. Used as thickening agent. Offers improvement of the mechanical properties, e.g. hardness of composite formulations and plastics... view more
Applications
Hydrophobic fumed silica. Used as thickening agent. Improves mechanical and optical properties... view more
Applications
Hydrophobic fumed silica. Used as thickening agent... view more
Hydrophobic fumed silica. Used as reinforcer. Provides very good reinforcing properties in silicone rubber applications at high filler loading levels (e.g. self-levelling RTV-1, RTV-2, LSR)... view more
Hydrophobic fumed silica. Used as thickening agent. Offers low rheological effect. Exhibits very good processability enable high loading levels of polymer systems... view more
Hydrophobic fumed silica. Used as reinforcer and thickening agent... view more
Hydrophobic fumed silica. Used as reinforcer for HCR-silicone rubber. ... view more
Hydrophobic fumed silica. Used as reinforcer and thickenting agent. Offers improved thickening and thixotropic effect as well as transparency... view more
Hydrophilic fumed silica. Used as antiblocking agent for PET-films, audio tape, video tape and packaging folio... view more
Special developed dispersion based on pyrogenic silica. It acts as an anti blocking agent for plastics. It is a milky-white liquid with low thickening effect. It shows high purity and broad particle... view more
AMICURE® UR10/30 by Evonik is a substituted urea-based accelerator for dicyandiamide cured epoxy resins. It acts as a curing agent and a modifier. It provides rapid curing, high glass transition... view more
ANCAMIDE® 2781 by Evonik is a versatile, low viscosity hardener designed to cure epoxy resin at elevated temperatures. It provides longer working time and low exotherm. ANCAMIDE® 2781 is recommended... view more
ANCAMIDE® 2798 by Evonik is a modified aliphatic amidoamine curing agent designed for use with liquid epoxy resin. It is suitable as an epoxy curing agent and a modifier. It offers moderate pot... view more
ANCAMIDE® 3029 by Evonik is a polyamide resin. It acts as an epoxy curing agent and a modifier. It offers low viscosity, moderate pot life and good adhesion to concrete. ANCAMIDE® 3029 is... view more
ANCAMIDE® 3033 by Evonik is a low viscosity amidoamine. It acts as an epoxy curing agent and a modifier. It offers low viscosity, long pot life and low exotherm. ANCAMIDE® 3033 is recommended for... view more
ANCAMIDE® 3034 by Evonik is a moderate viscosity aminoamide. It acts as an epoxy curing agent and a modifier. It provides moderate pot life and good adhesion to substrates. ANCAMIDE® 3034 is... view more
ANCAMIDE® 512 by Evonik is an aliphatic amidoamine curing agent. It is designed for use with epoxy resin at elevated temperatures. It can be used alone and in a mixture with other amine-based curing... view more
Methylmethacrylate and Styrene (copolymer)based organic matting agent. Offers low residual gloss. Imparts pleasant surface roughness. Exhibits attractive surface structure. Provides low coefficient... view more
Dispersion of hydrophilic fumed silica. Used as antiblocking agent for PET-films. Provides low thickening effect and viscosity... view more
Hydrophilic fumed silica. Used as a antiblocking agent. Provides low viscosity and low thickening effect. Offers improved strength of molding compounds for casting technology. Can be used in... view more
Applications
Water-based low viscosity dispersion of aerosil® fumed silica. It acts as an adhesion promoter, anti slip agent, anti blocking agent and flocculation aid. Also acts as a stabilizing agent for... view more
Water-based low viscosity dispersion of aerosil® fumed silica. It acts as an adhesion promoter, anti slip agent and flocculation aid. Also acts as a stabilizing agent (KOH) for emulsions. It is an... view more
Water-based dispersion of aerosil® fumed silica. It acts as an excellent dispersant for pigment, stabilizing agent (NaOH) and reinforcement agent while maintaining high transparency. Mixes easily... view more
Water-based low viscosity dispersion of aerosil® fumed silica. It acts as an adhesion promoter, anti slip agent, anti blocking agent and flocculation aid. Also acts as a stabilizing agent (ammonia)... view more
Water-based low viscosity dispersion of aerosil® fumed silica. It acts as an adhesion promoter, anti slip agent, anti blocking agent and flocculation aid. Also acts as a stabilizing agent (NaOH) for... view more
Water-based low viscosity dispersion of aerosil® fumed silica. It acts as an adhesion promoter, anti slip agent and flocculation aid. Also acts as a stabilizing agent (KOH) for emulsions. It is a... view more
Water-based low viscosity dispersion of aerosil® fumed silica with slightly alkaline pH. It acts as an adhesion promoter, anti blocking agent, anti slip agent and flocculation aid. Also acts as a... view more
Aeroxide® Alu 65 by Evonik is a highly dispersed fumed metal oxide. Offers high BET surface area, high chemical purity and positive surface chargebility. Used in PET-films as anti-blocking agent... view more
Highly dispersed fumed metal oxide. Used as a antiblocking agent in PET-films. Offers high specific surface area and electropositive chargeability... view more
Non-MDA aromatic amine. Used in fiberglass/epoxy filament, encapsulate stator and ignition coils, passive components and general-purpose electrical devices. Offers very good pot life. Provides high... view more
Amicure® CG-1200G by Evonik is an micronized grade of dicyandiamide. Acts as a latent curing agent for epoxy resins. It contains 1.5% of an inert flow control additive to inhibit clumping and... view more
Dicyandiamide. Acts as a latent curing agent. Its fine particle size provides enhanced reactivity than coarser grades. Activation temperature of this micronized grade can be easily varied from 355... view more
Amicure® CG-NA BY Evonik is an unpulverized grade of dicyandiamide. Acts as a latent curing agent for epoxy resins. Used in electrical laminates and solvent-based pre-preg composites. Activation... view more
Amicure® DBU-E by Evonik is a tertiary amine salt. Acts as a cure accelerator for high performance epoxy resin systems. Possesses high glass transition temperatures and improved toughness. Has long... view more
Unmodified cycloaliphatic amine. Used in filament winding, laminates, casting and tooling. Offers long pot lives at moderate temperatures and very good mechanical properties... view more
Substituted urea-based accelerator. Used in heat-cure composites and prepreg composites. Offers rapid cure and property development. Provides high glass transition temperature. Possesses good... view more
1 phenyl 3,3 dimethyl urea. Used in heat-cure composites and prepreg composites. Offers rapid cure and property development. Provides high glass transition temperature. Possesses good one-component... view more
1,1'-(4 methy-m-phenylene)bis(3,3 dimethyl urea). Used in heat-cure composites and prepreg composites. Offers rapid cure and property development. Provides high glass transition temperature... view more
Amicure® UR7/10 by Evonik is a 1-Phenyl 3,3 dimethyl urea. Acts as an accelerator. It combines excellent latency at ambient temperature in systems heated above its activation temperature. Possesses... view more
Ancamide® 2050 by Evonik is a special polyamide adduct. Acts as a curing agent. Offers good corrosion resistance, high aqueous acid and skydrol resistance. Provides good cure at 50°F. Ancamide® 2050... view more
Ancamide® 2137 by Evonik is an accelerated polyamide adduct curing agent. Is non-corrosive and possesses good resistance to blush & exudation. Ancamide® 2137 offers very good flexibility and impact... view more
Polyamide. Offers good color and light stability. Provides good chemical resistance... view more
Reactive polyamide. Offers good color and light stability. Provides good chemical resistance... view more
Ancamide® 220-X-70 by Evonik is a standard reactive polyamide. Offers good color and light stability. Provides good chemical resistance. Ancamide® 220-X-70 complies with FDA 21CFR 175.300, 176.170... view more
Modified amidoamine. Imparts better chemical resistance and improved film appearance. Offers long pot life. Possesses good strength and modulus... view more
Modified polyamide optimized for dicyandiamide-cured epoxy resins. Enhances low temperature cure. Offers very good adhesion to metal and plastic substrates. Provides very good water soak... view more
Modified polyamide. Offers very good adhesion to metal and plastic substrates. Provides good flexibility and very good environmental resistance. Possesses very good adhesion to metal and plastic... view more
Standard reactive liquid polyamides. Used as a curing agent in casting and laminates. Offers good chemical resistance. Exhibits compatability with a wide range of solvents... view more
Reactive liquid polyamide. Acts as a curing agent. Offers improved resin compatibility. Provides good chemical resistance to water and aqueous alkalies. Is compatible with a wide range of solvents... view more
Ancamide® 350A by Evonik is a liquid polyamide. Acts as curing agent for epoxy resins. Used in encapsulation and castings. Offers low viscosity. Provides higher imidazoline content and long pot life... view more
Ancamide® 400 by Evonik is a special polyamide curing agent for liquid epoxy resins. Offers low viscosity and good chemical resistance. Ancamide® 400 provides good stability to light, color... view more
Ancamide® 500 is an aliphatic amidoamine. Acts as a curing agent. Offers low viscosity, long pot life and less critical loading. Ancamide® 500 shows good adhesion to concrete... view more
Amidoamine. Possesses low viscosity, relatively long pot life and DOT noncorrosive... view more
An amidoamine with a very high imidazoline content. Used in castings and laminates. Offers low viscosity. Provides very long pot life and low exotherm... view more
Ancamide® 507 by Evonik is a polyfunctional, fatty amidoamine for use in curing liquid epoxy resins. Exhibits fast cure and good water resistance... view more
Versatile and flexible hardener. Used for electronic potting and encapsulation compounds. Offers very good flexibility/peel strength. Provides very good thermal shock resistance and good electrical... view more
Dimethylaminomethylphenol. Used as catalyst for anhydride cures in castings and laminates and catalyst for epoxy/polysulfide cures. Offers low viscosity... view more
Ancamine® 1482 is a liquid eutectic mixture of aromatic amines. Acts as a curing agent for liquid epoxy resins. Exhibits excellent chemical and heat resistance. Provides long pot life and can be... view more
Aliphatic amine adduct. Used in laminates. Provides very good solvent and alcohol resistance. Imparts good mechanical properties. Offers fast cure speed and good chemical resistance... view more
Ancamine® 1637-LV by Evonik is a rapid curing aliphatic amine Mannich base. Used in laminates. Possesses rapid cure speed and is noncorrosive. Ancamine® 1637-LV offers very good resistance to... view more
Rapid ambient or low temperature curing agent. Used as accelerator for other amine-based curing agents and crack injection. Possesses fast cure at ambient and low temperatures. Offers low viscosity... view more
Ancamine® 1769 by Evonik is a hydroxyalkylated polyamine. Acts as a curing agent. Used in electrical pottings and castings, wet lay-up laminating and tooling. Is DOT noncorrosive and offers good... view more
Modified aliphatic amine. Used in castings and laminates. Offers long pot life and good impact resistance... view more
Low viscosity, moderately reactive room temperature curing agent. Used in electrical potting and encapsulation. Imparts very good thermal shock resistance. Provides toughness and resiliency... view more
Modified polyamine. Used in composites and small potting applications. Offers long pot life. Provides rapid cure above their temperature of activation and good adhesion... view more
Modified polyamine. Used in composites and small potting applications. Provides extremely long pot life. Offers rapid cure above their temperature of activation and good adhesion... view more
Modified aliphatic amine. Offers very rapid cure and property development. Possesses fast low-temperature cure and phenol-free... view more
Epoxy curing agent. Used in filament winding, resin transfer molding, casting, potting for tooling, electrical and general industrial applications. Offers higher glass transition temperature... view more
Modified aliphatic amine. Used in pottings. Offers rapid green strength development. Provides very good shelf stability... view more
Low-viscosity modified amine. Acts as curing agent for flexibilizing epoxy systems. Used in potting compounds. Offers high tear resistance, tensile strength and elongation. Provides good chemical... view more
Modified polyamine. Used in potting compounds. Offers very good reactivity. Provides improved green strength development. Possesses good formulation shelf stability. Imparts high glass transition... view more
Modified polyamine. Used in potting compounds. Offers very good reactivity. Provides improved green strength development. Possesses good formulation shelf stability. Imparts high glass transition... view more
Cycloaliphatic amine blend. Used in filament winding, wet lay-up laminating and potting compounds. Offers higher glass transition temperature. Possesses low viscosity and good toughness... view more
Ancamine® K54 by Evonik is a 2,4,6-tris (dimethylaminomethyl) phenol. It is an efficient tertiary amine activator for epoxy resins cured with a wide variety of hardener types including... view more
Tris-(dimethyla-minomethyl) phenol tri(2-ethyl hexoate). Used in electrical castings, potting, encapsulation and wet lay-up laminate systems. Possesses high strength. Offers modulus and electrical... view more
Ancamine® T by Evonik is a N-(2-hydroxy ethyl)diethylene triamine. Acts as an ambient or elevated temperature curing agent for use with liquid epoxy resins. Possesses light color, low viscosity... view more
Ancamine® TEPA by Evonik is a standard commercial grade of tetraethylene pentamine. It is less corrosive and has a lower vapor pressure and is also less hygroscopic & less prone to carbamation... view more
Aromatic amine. Used in electrical and electronic encapsulation, tooling, laminates and composites, filament wound pipe and tanks. Offers very good physical properties. Provides high heat deflection... view more
Blend of aromatic amines. Used in electrical and electronic encapsulation, tooling, laminates and composites, filament wound pipe and tanks. Offers very good chemical resistance. Provides good pot... view more
CUREZOL® 2E4MZ by Evonik is an imidazole. Acts as an accelerator in the reaction between epoxy resins and other curing agents. Offers single package latency from several hours to greater than six... view more
CUREZOL® 2MA-OK by Evonik is an imidazole. Acts as an accelerator in the reaction between epoxy resins and other curing agents. Offers single package latency from several hours to greater than six... view more
CUREZOL® 2MZ Azine by Evonik is an imidazole. Acts as an accelerator in the reaction between epoxy resins and other curing agents. Offers single package latency from several hours to greater than... view more
CUREZOL® 2P4MZ by Evonik is an imidazole. Acts as an accelerator in the reaction between epoxy resins and other curing agents. Provides high thermal and chemical resistance. Offers single package... view more
CUREZOL® 2PHZ-S by Evonik is an imidazole. Acts as an accelerator in the reaction between epoxy resins and other curing agents. Offers single package latency from several hours to greater than six... view more
CUREZOL® 2PZ by Evonik is an imidazole. Acts as an accelerator in the reaction between epoxy resins and other curing agents. Offers single package latency from several hours to greater than six... view more
CUREZOL® C17Z by Evonik is an imidazole. Acts as an accelerator in the reaction between epoxy resins and other curing agents. Offers single package latency from several hours to greater than six... view more
Evonik
Cofill® 11 by Evonik is mixture of 50% resorcinol and 50% of silica. Acts as a filler and adhesion promoter. Can be used in steel-belted radial tires, all-steel truck tires, conveyor belts... view more
PE-LD/carbon black masterbatch. Used as inorganic color pigment in high jetness coloring of PE-LD, PE-HD, PP... view more
Applications
Colour black FW 200 by Evonik is carbon black. Used as inorganic color pigment for high jet coloring and tinting plastics... view more
Coupsil® 8113 by Evonik is precipitated silica, surface modified with organosilane Si 69®. The product consists of 100 parts of ULTRASIL® VN 3 modified with 12.7 parts of Si 69®. Acts as a... view more
Coupsil® 8113 GR by Evonik is precipitated silica, surface modified with organosilane Si 69®. The product consists of 100 parts of ULTRASIL® VN 3 modified with 12.7 parts of Si 69®. Acts as a... view more
Precipitated silica, surface modified with organosilane Si 264®. It acts as a reinforcing filler in rubber compounds. It imparts greater tensile strength, higher moduli, optimized dynamic... view more
Precipitated silica, surface modified with organosilane Dynasylan® VTEO. It acts as a reinforcing filler in in peroxide-cured rubber compounds where optimum technical properties are required. It... view more
Precipitated silica surface-modified with organosilane. Used as reinforcer filler in rubber compounds. Imparts greater tensile strength, higher moduli and reduced compression set. Exhibits increased... view more
DRIVOSOL® 12 by Evonik is a purified extremely flammable n-butane. Acts as an auxiliary component and blowing agent. Suitable for the synthesis of polyolefins and styrene polymers. Market... view more
Applications
DRIVOSOL® 21 by Evonik is a purified extremely flammable isobutane. Acts as an auxiliary component and blowing agent. Suitable for the synthesis of polyolefins and styrene polymers. Market... view more
Applications
Dabco® 1027 by Evonik is a delayed action tertiary amine diluted in ethylene glycol. Acts as a catalyst. It is highly reactive and selective towards the urethane (polyol-isocyanate) reaction. Can be... view more
Delayed action tertiary amine diluted in butanediol. Acts as a catalyst. Is highly reactive and selective towards the urethane (polyol-isocyanate) reaction. Improves the cream time and provides... view more
Applications
It acts as a delay action amine catalyst, which is highly reactive and selective towards the urethane reaction. It extends cream time and improves flowability while maintaining fast demolding. It... view more
Polyurethane catalyst. Offers very good processing latitude. Provides increased hardness. Used specifically for low density conventional and HLB flexible slabstock foam... view more
Applications
Optimized tertiary amine. Acts as a catalyst. Offers broad processing latitude in the production of flexible slabstock polyurethane foam. Increases bun height at critical tin levels-optimized foam... view more
Hardening additive. Used in flexible polyether slabstock foams... view more
Applications
Tertiary amine catalyst. Used to promote the urethane (polyol isocyanate) reaction. Has low VOC/fogging values. Is a low odor alternative to morpholine based amines in flexible polyester slabstock... view more
Dabco® 2040 by Evonik is an amine catalyst. Is a low odor amine used to enhance cure and adhesion to substrate in a variety of flexible as well as rigid polyurethane foams. Possesses smooth rise... view more
Applications
Dabco® 25-S by Evonik is a mixture of 25% triethylenediamine (TEDA) and 75% 1.4 butanediol. Acts as a catalyst. It is used in the synthesis of prepolymers and curing of polyurethanes... view more
It acts as a mild balanced amine catalyst. It works well in different kind of iso system like TDI, T/M, M/T and MDI systems. Exhibits excellent surface curing at lower mold temperature which... view more
Dabco® 33-LV by Evonik is 33% triethylenediamine dissolved in 67% dipropylene glycol. Used in the synthesis of prepolymers and curing of polyurethanes... view more
Dabco® 33-LX by Evonik is a mixture of 33% triethylene diamine and a non-emissive proprietary carrier. Acts as a multi-purpose catalyst. Has a strong influence on promoting the urethane... view more
Dabco® 8154 by Evonik is a blocked tertiary amine. Acts as a catalyst. Promotes the urethane (polyol-isocyanate) reaction while providing a delayed initiation in flexible and rigid polyurethane... view more
Applications
n-cetyl-n,n-dimethylamine. Used in polyester die cuttable flexible slabstock foams, integral skin and microcellular systems. Provides improved surface cure... view more
Applications
Dabco® BA150 by Evonik is a blocking agent. It is a non-emissive, hydrolytically stable product used to delay the catalyst reaction and to improve flow while maintaining back end cure. Its... view more
It acts as a processing additive. Provides front-end delay while increasing back-end cure. It improves surface cure and increase the stiffness of PIR boards. Used for all polyether, polyester and... view more
It acts as a catalyst. Compatible with other commonly used polyurethane catalysts and additives. It can be used in combination with Dabco® NE1090 non emissive gel catalyst to help maintaining... view more
It acts as a benzyldimethylamine catalyst. It promotes the urethane reaction and is commonly used in high-water rigid foam applications to reduce friability. Also used for flexible slabstock foam... view more
Dabco® BL-11 by Evonik is an active amine. Acts as a catalyst. Dabco® BL-11 is used for all types of flexible foam... view more
(2-dimethylamino ethyl) ether. Used in flexible foams... view more
Dabco® BL-17 by Evonik is a delayed-action catalyst. Used in energy absorbing non-recoverable rigid foam... view more
bis(2-dimethylamino ethyl) ether. Used in all types of flexible foam formulations... view more
Evonik
Blend of blowing and gelling amine catalysts. Used in flexible slabstock foams. Offers superb catalytic activity... view more
Dabco® BP52 by Evonik is a flame lamination additive. It features low viscosity for easy handling and incorporation into the foam formulation, and excellent adhesion of the foam to the substrate in... view more
High efficiency amine catalyst. It strongly catalyzes the reaction of polyol with isocyanate to shorten post-cure. Possesses better post-curing performance than DMCHA and catalytic activity... view more
Applications
Tertiary amine catalyst. Offers increased foam softening... view more
Applications
Dabco® Crystalline by Evonik is a high-purity crystalline catalyst. Used in all types of polyurethane foams including flexible slabstock, flexible molded, rigid, semi-flexible and elastomeric... view more
Non-hydrolyzable silicone glycol copolymer. Used in shoe sole applications... view more
Evonik
Catalyst that provides strong gelling and back end cure by promoting the urethane (polyol-isocyanate) reaction while delaying initiation as well as providing long pot life. Can be used in flexible... view more
Applications
Dabco® DC193 by Evonik is a silicone surfactant with improved char formation. Provides excellent flame retardant properties in rigid foam applications and excellent cell structure in shoe sole... view more
Dabco® DC198 by Evonik is a high-potency silicone glycol copolymer. Offers high efficiency. Provides good stability in both water and amine premixes. Dabco® DC198 is used in the production of... view more
Evonik
Catalyst that provides delayed reaction initiation while maintaining a strong back end cure by promoting the urethane (polyol-isocyanate) reaction in flexible molded polyurethane foam. Exhibits... view more
Applications
Silicone stabilizer. Used in cold cure flexible molded MDI and MDI/TDI polyurethane systems... view more
For flexible moulded foam applications. High efficiency surfactant for MDI and MDI/TDI cold cure systems. Low fogging potential... view more
Silicone surfactant. Offers very good vent stability. Possesses the ability to eliminate basal cell formation. Has low VOC and fogging values. Eliminates basal cell formation. Produces coarse and... view more
Applications
Dabco® DC3042 is a bulk stabilizing silicone glycol copolymer designed for use with all polyester and polyether microcellular applications. Provides fine, uniform cell size distribution, good... view more
Dabco® DC3043 by Evonik is a surface-stabilizing silicone glycol copolymer. Acts as a surfactant. It provides fine, uniform cell size distribution, good surface quality, and good dimensional... view more
Nonhydrolysable silicone glycol copolymer... view more
Low-activity, silicone glycol copolymer. Used in high-resiliency flexible polyurethane foam. Offers low viscosity. Provides nonhydrolyzable bonding. Possesses broad processing latitude... view more
Nonhydrolyzable silicone. Used in rigid polyurethane and polyisocyanurate foam. Offers very good dimensional stability... view more
Silicone surfactant. Offers very good emulsification properties... view more
Silicone glycol. Provides medium to high efficiency... view more
High-efficiency silicone surfactant. Used for cold cure flexible molded polyurethane foam systems. Offers very good bulk stability. Possesses coarse foam cell structure and very good vent stability... view more
Nonhydrolysable silicone. Provides very good vent stability... view more
High efficiency silicone stabiliser. Used for polyether flexible slabstock formulations... view more
Silicone glycol. Used in a variety of cold cure flexible molded and semiflexible polyurethane foam systems. Offers good vent stability. Provides broad processing latitude... view more
It acts as a silicone surfactant. Provides a good balance of stabilization and open cells. It is designed to impart improved performance in flammability testing. Also imparts good foam bulk... view more
Nonhydrolyzable silicone. Used for water co-blown rigid polyurethane foams. Offers very good foam flowability and k-factor. Improves surface quality in rigid molded foam... view more
Silicone stabiliser used in polyester flexible slabstock foam... view more
It acts as a silicone surfactant. Offers superior thermal properties, excellent foam flow, competitive cost in use and fine as well as closed cell structure. Used in rigid polyisocyanurate foam for... view more
Nonhydrolyzable silicone glycol copolymer. Used in producing rigid polyurethane and polyisocyanurate foam. Offers good compatibility with common rigid foam polyols and resin preblends. Possesses... view more
Nonhydrolyzable silicone glycol copolymer. Used in producing rigid PUR and PIR foams. Offers an ideal balance of processing and performance properties. Provides foam dimensional stability and flow... view more
It is a high-efficiency silicone glycol copolymer. Acts as a surfactant. Provides good nucleation, a high degree of emulsification and good bulk stability to produce foams with fine as well as... view more
Silicone glycol copolymer. Offers improved emulsification within the foam system... view more
Applications
Silicone glycol copolymer. Offers high degree of emulsification. Exhibits very good froth stability and good bulk stability... view more
Applications
Silicone polyether copolymer. Used as a foam stabilizer in flexible polyether slabstock foam... view more
Applications
Silicone glycol copolymer. Acts as a surfactant. Provides good nucleation, a high degree of emulsification and good bulk stability to produce foams with fine as well as uniform cell structure... view more
Silicone glycol copolymer. Offers improved performance through its ability to emulsify incompatible components... view more
Dabco® DC5986 by Evonik is a high-efficiency silicone polyether copolymer. Acts as a surfactant. Provides good nucleation, high degree of emulsification, excellent froth stability and good bulk... view more
It is a high-efficiency silicone polyether copolymer. Acts as a surfactant. Provides good nucleation, high degree of emulsification, excellent froth stability and good bulk stability to produce... view more
High efficiency, non-hydrolyzable silicone glycol copolymer. Acts as a surfactant. Can provide good nucleation, a high degree of emulsification, excellent froth stability and good bulk stability to... view more
Applications
Is a low emission delayed action co-catalyst that strongly promotes the urethane (polyol-isocyanate) reaction while maintaining cream time and maintaining pot life. It does not contribute to amine... view more
Applications
Silicone. Acts as a surfactant. Possesses ability to eliminate basal cell formation in difficult-to-mold tooling. Offers excellent foam surface appearance and vent stability as well as bulk... view more
Dabco® DMDEE by Dabco is an amine blowing catalyst. Used in rigid foam sealant systems as well as for flexible slabstock foams... view more
Evonik
Dabco® EG by Evonik is a liquid mixture of 33% triethylenediamine and 67% monoethylene glycol. Used in any polyurethane formulation. Dabco® EG possesses strong gelation catalysis... view more
Dabco® JXP508 by Evonik is a highly efficient amine catalyst. Based on its trimerization capability, it could provide very good post-curing to foam. Improves adhesion strength of foam to substrate... view more
Dabco® K-15 by Evonik is a solution of potassium-octoate in diethylene glycol. Acts as a cost-effective isocyanurate catalyst. Used in the production of rigid isocyanurate foams. Dabco® K-15... view more
Applications
Dabco® K-15LV by Evonik is a solution of potassium-octoate in monoethylene glycol. Acts as a catalyst. Its low viscosity facilitates ease of pumping at low temperatures. It is cost-effective and... view more
Standard potassium acetate based trimerisation catalyst. Used for rigid foam applications... view more
Applications
Is a unique organic surfactant for microcellular and rigid foam formulations. Provides a smooth surface and excellent adhesion. Can be used as a replacement or co-surfactant for silicone-based... view more
Is a unique organic surfactant for use in rigid polyurethane applications to provide a smooth surface. It can be used as a replacement or co-surfactant for silicone-based surfactants. Possesses... view more
Applications
Bismuth based car-boxylate. Acts as a co-catalyst with a tertiary amine to accelerate the urethane reaction and cure. Exhibits delayed viscosity build on front-end at low usage levels while... view more
Applications
Delayed action, balanced tertiary amine. Acts as a catalyst. Is developed for fast demold high resiliency (HR) molded foam systems. Provides effective balanced reactions with optimum flowability for... view more
Applications
Delayed non-emissive amine. Acts as a catalyst. Promotes the urethane (polyol-isocyanate) reaction. It was developed for use in cold cure and hot cure flexible molded polyurethane foam systems. It... view more
Applications
It acts as a delay balance amine catalyst. It works well in TDI, T/M, M/T and MDI systems. It delay cream time with fast post curing and effectively balances reactions with optimum flow ability for... view more
Evonik
n-cocomorpholine. Used for polyester slabstock foams... view more
Applications
Novel non-emission (NE)catalyst. Used in the production of polyester slabstock foam... view more
Non-emissive amine. Acts as a catalyst. It reacts into the polyurethane matrix, thereby not contributing to emissions. It is used in flexible foam applications to meet automotive OEM emission... view more
Applications
It acts as a novel non fugitive gelling catalyst. It has the ability to react chemically into the polyurethane foam matrix, thereby it do not contribute to emissions. Exhibits no amine catalyst... view more
Balanced non-emissive amine. Acts as a catalyst. It reacts into the polyurethane matrix, thereby not contributing to emissions. It is used in all molded and high density foam applications to meet... view more
Applications
Dabco® NE300 by Evonik is a non-emissive amine. Acts as a catalyst. Promotes the urea (water isocyanate) reaction. It reacts into the polyurethane matrix, thereby not contributing to emissions. It... view more
Applications
Amine. Acts as a non-fugitive catalyst. Compatible with other commonly used polyurethane catalysts and additives. Promotes the urea (water-isocyanate) reaction. It reacts into the polyurethane... view more
Applications
Dabco® NE320 catalyst is a high purity, fourth generation no-emission (NE) blow catalyst that binds chemically into the polyurethane foam matrix while maintaining foam properties in MDI or TDI... view more
Applications
Non-emissive amine. Acts as a catalyst. Promotes the urethane reaction. It reacts into the polyurethane matrix, thereby not contributing to emissions. It is used in flexible slabstock applications... view more
Applications
Balanced non-emissive amine. Acts as a catalyst. It reacts into the polyurethane matrix, thereby not contributing to emissions. It is used in flexible slabstock applications to meet Certipur® or LGA... view more
Applications
Dabco® PE40 by Evonik acts as a processing aid. It is an excellent solid powder such as melamine stabilizer that allows solid powder to well stabilize in polyols when pre-mixing solid powders and... view more
Dabco® PM300 by Evonik is a blowing agent enhancer. Reduces blowing agent usage while maintaining foam physical properties. It significantly reduces the level of conventional surfactant required... view more
Dabco® PM301 surfactant by Evonik is designed to improve the efficiency of blowing agents used in rigid polyurethane foam, in particular spray foam. The product offers a reduction in the use level... view more
Applications
High efficiency tertiary amine. Acts as a catalyst. It strongly catalyzes the reaction of polyol with isocyanate, accelerating the gelling reaction. Can be used in rigid foam applications... view more
Applications
High efficiency tertiary amine. Acts as a catalyst. It strongly catalyzes the urea (water-isocyanate) reaction for rigid spray polyurethane foam... view more
High efficiency amine. Acts as a medium trimer catalyst that can improve post cure and adhesion strength. Can be used in many applications of rigid foam, especially for rigid spray foam... view more
Applications
Reactive amine. Acts as a catalyst. Offers improved post-cure, dimensional stability and lower odor. Used for rigid polyurethane foam... view more
It acts as a highly efficient gelling amine catalyst. Provides better foam density distribution. It is developed for reducing hydrolysis and improving system stability, especially in PUIR/PIR... view more
Non-emissive balanced amine. Acts as a catalyst. It binds chemically into the polyurethane foam matrix eliminating contributions to odor and VOC emissions. Increases the airflow and improves foam... view more
Applications
It acts as a balanced tertiary amine catalyst. Provides excellent performance in methylene chloride-blown flexible slabstock foams. Compatible with other blowing agents. It balances blowing and... view more
Non-emissive amine. Acts as a catalyst promoting a balance of urethane and urea reactions with high efficiency and wide processing latitude. Possesses excellent foam stability that narrows the... view more
Applications
It acts as an amine catalyst. Exhibits an ability to improve hardness. Used in making low-density flexible slabstock foam that can provide wide process latitude... view more
Solution of 25% triethylenediamine (TEDA) and 75% butanediol. Acts as a strong urethane catalyst that is commonly used for shoe sole applications and can also be used in flexible foam applications... view more
liquid antioxidant system. Used in polyether and polyester flexible slabstock applications... view more
Applications
Dabco® SI1103 surfactant by Evonik is a silicone stabilizer. It has been developed especially for systems characterized by self-supporting performance, where cell regulation is critical. Typical... view more
Dabco® SI1301 surfactant by Evonik is a low emission cell regulator. It is typically combined with a strong bulk stabilizer. This dual surfactant approach offers improved formulating latitude for... view more
Applications
It acts a low VOC and low fogging medium efficiency silicone surfactant. Also acts as a bulk stabilizer for cold cure MDI and MDI-TDI-based systems. Possesses fine foam cell structure. Offers... view more
Dabco® SI1304 by Evonik is a low VOC and low fogging medium efficiency silicone surfactant. Possesses excellent surface stability as well as excellent vent stability and excellent foam surface... view more
Dabco® SI2301 by Evonik is a silicone surfactant. Provides optimum balance of stabilizing and cell regulating and produces open cell foam. Exhibits low VOC emissions that enable to meet Certipur®... view more
Dabco® SI2302 by Evonik is a silicone surfactant. Provides optimum balance of stabilizing and cell regulating and produces open cell foam. Exhibits very low VOC emissions that enable to meet... view more
Dabco® SI3101 by Evonik is a silicone surfactant. Provides very efficient emulsification, nucleation and stabilization, resulting in fine, uniform foams with excellent insulation properties... view more
Dabco® SI3102 by Evonik is a silicone surfactant. Provides very efficient emulsification, nucleation and stabilization, resulting in fine, uniform foams with excellent insulation properties... view more
It acts as a silicone surfactant. Provides very efficient emulsification, nucleation and stabilization, resulting in fine as well as uniform foams with excellent insulation properties. It has non... view more
It acts as a silicone surfactant. Provides very efficient emulsification, and wide processing latitude resulting in fine as well as uniform foams with excellent insulation properties. It has non... view more
It acts as a silicone surfactant. Provides very efficient emulsification, nucleation and stabilization, resulting in fine as well as uniform foams with excellent insulation properties. It has non... view more
It acts as a silicone surfactant. It produces fine, uniform cells resulting in excellent λ-values. It has non hydrolysable structure for excellent premix stability and good compatibility with rigid... view more
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