OK
The material selection platform
Polymer Additives
by SpecialChem
 
Save
Cette page a bien été ajoutée à vos favoris
200 products match your search
Product Name
Supplier
Description
Huntsman
Altiris® 800 by Huntsman is an infrared reflecting pigment grade. Designed to have a combination of high infrared reflection and low tint reduction. Offers increased solar reflection that keeps... view more
Huntsman
Aradur® 42 by Huntsman Advanced Materials is cycloaliphatic polyamine. Acts as a crosslinker/curing agent/hardener. The liquid to semi-solid Araldite® epoxy resins or resin solutions (e.g. Araldite... view more
Huntsman
Aradur® 917 by Huntsman is methyl tetrahydrophtalic anhydride. Acts as crosslinker/curing agent/hardener. It offers low viscosity and long latency. Used for high temperature industrial composite... view more
Huntsman
Aliphatic polyamine. Acts as a crosslinker/curing agent/hardener. The liquid to semi-solid Araldite® epoxy resins or resin solutions (e.g. Araldite GY 250, GY 260 or GY 280) do not cure fully when... view more
Huntsman
Cycloaliphatic polyamine. Acts as a crosslinker/curing agent/hardener. The features of Aradur® 22 depends on the hardener formulation and epoxy resin chosen. It exhibits low level of viscosity... view more
Huntsman
Heterocyclic amine. It is a substitute imidazole that may be used either as a latent catalytic curing agent for liquid epoxy resins or as a latent accelerator for anhydride and amine cured epoxy... view more
Huntsman
Polyamidoimidazoline. Acts as a crosslinker/curing agent/hardener. It offers good mechanical properties when force cured (2 h at 60-80°C). Aradur® 33225 exhibits very long pot life along with good... view more
Huntsman
Solid isolated aliphatic polyamine adduct. Acts as a crosslinker/curing agent/hardener. Aradur® 835 exhibits high reactivity and hence it is suitable to be used in combination with DICY and/or... view more
Huntsman
Complex blocked polyamine. Acts as a latent hardener which exhibits high reactivity above 100°C. Has outstanding latency at 25°C, excellent mechanical properties, corrosion resistance and humidity... view more
Micropulverised 4,4' diaminodiphenylsulfone. Acts as crosslinker/curing agent/hardener. It is an aero grade which exhibits an excellent thermal stability, chemical resistance & high temperature... view more
Micropulverised 3,3' diaminodiphenylsulfone. Acts as crosslinker/curing agent/hardener. It is an aero grade which exhibits an excellent thermal stability, chemical resistance & high temperature... view more
Huntsman
4,4' diaminodiphenylsulfone. Acts as crosslinker/curing agent/hardener. It is an aero grade which exhibits an excellent thermal stability, chemical resistance & high temperature properties. Used in... view more
Nadic methyl anhydride. Acts as crosslinker/curing agent/hardener. It offers low viscosity and long latency. Used in potting, filament winding, RTM and pultrusion applications. Can also be used in... view more
Phenol terminated polyether adduct. Acts as a flexibilizer. It exhibits low viscosity & good chemical resistance. Used in hot curing (>100°C) thermoset formulations to increase toughness and... view more
Di functional polypropylene glycol-based epoxy resin. Acts as a flexibilizer. It enhances flexibility and processability of systems. Araldite® DY 3601 offers poor warm water resistance, low... view more
Tri- functional polypropylene glycol-based epoxy resin. Acts as a flexibilizer. Araldite® DY-L offers reduction in surface hardness, moderate lowering of viscosity, very marked lowering of... view more
Epoxy terminated, Bisphenol F epoxy / CTBN resin adduct. Acts as a flexibilizer. It contains co-reacted additive for improved corrosion resistance and adhesion on contaminated surfaces. Araldite® LY... view more
Epoxy terminated, Bisphenol F epoxy / CTBN resin adduct. Acts as a flexibilizer. Araldite® LY 1115 is easy to incorporate into epoxy resin and gives significant improvement in the impact resistance... view more
Epoxy terminated, Bisphenol F epoxy / CTBN resin adduct. Acts as a flexibilizer. Araldite® LY 1134 is easy to incorporate into epoxy resin and gives significant improvement in the impact resistance... view more
Epoxy terminated, Bisphenol F epoxy / CTBN resin adduct. Acts as a flexibilizer. It contains co-reacted additive for improved corrosion resistance and adhesion on contaminated surfaces. Araldite® LY... view more
Bisphenol-A based benzoxazine thermoset resin. Acts as a heat stabilizer. Can be homopolymerized or co-react with an epoxy or phenol resin resulting in polymers with extremely good thermal and... view more
Unmodified tough flexible epoxy. Acts as a flexibilizer. It exhibits low viscosity and an excellent workability. Used in matrix applications, filament winding, casting and pultrusion... view more
Fluffy-grade carbon black pigment used in plastics. Possesses a blue tone, relatively low oil absorption, easy dispersibility and very good coloring or tinting vs. lampblack and a very high jetness... view more
Synthetic chromium oxide pigment. Possesses stability and performance. It is unaffected by acids, alkalis, paint vehicles, solvents, and possesses excellent lightfastness as well as weatherability... view more
A high-tinting strength inorganic light green pigment made by reducing alkali chromates obtained from chrome iron ore to chromic oxide under very high processing temperatures. Meets ASTM C979-82... view more
Applications
Synthetic Iron Oxide Black. A synthetic magnetite (Fe3O4) produced in the aniline process, high-tinting strength inorganic, permanent and inert black pigment characterized by a brown/gray tint... view more
Synthetic iron oxide black. A synthetic magnetite (Fe3O4) produced in the aniline process, high-tinting strength inorganic, permanent and inert black pigment characterized by a bluish tint. Meets or... view more
Blend of light-shade primary synthetic iron oxide reds (Fe2O3). Manufactured in large batches on intensive grinding and blending equipment. Meets or exceeds ASTM C979-82 standards for pigments used... view more
Synthetic iron oxide extra light yellow. A blend of extra light-shade primary synthetic iron oxide yellow pigments (FeOOH). Manufactured in large batches on intensive grinding and blending... view more
Yellow iron oxide. Exhibits acicular particle morphology. It is produced using a multi-step process which involves the precipitation of ferric oxyhydroxide followed by purification through washing... view more
Yellow iron oxide. Exhibits acicular particle morphology. It is produced using a multi-step process which involves the precipitation of ferric oxyhydroxide followed by purification through washing... view more
Yellow iron oxide. Exhibits acicular particle morphology. It is produced using a multi-step process which involves the precipitation of ferric oxyhydroxide followed by purification through washing... view more
Yellow iron oxide. Exhibits acicular particle morphology. It is produced using a multi-step process which involves the precipitation of ferric oxyhydroxide followed by purification through washing... view more
Yellow iron oxide. Exhibits acicular particle morphology. It is produced using a multi-step process which involves the precipitation of ferric oxyhydroxide followed by purification through washing... view more
Yellow iron oxide. Exhibits acicular particle morphology. It is produced using a multi-step process which involves the precipitation of ferric oxyhydroxide followed by purification through washing... view more
Yellow iron oxide. Exhibits acicular particle morphology. It is produced using a multi-step process which involves the precipitation of ferric oxyhydroxide followed by purification through washing... view more
Yellow iron oxide. Exhibits acicular particle morphology. It is produced using a multi-step process which involves the precipitation of ferric oxyhydroxide followed by purification through washing... view more
Yellow iron oxide. Exhibits acicular particle morphology. It is produced using a multi-step process which involves the precipitation of ferric oxyhydroxide followed by purification through washing... view more
Yellow iron oxide. Exhibits acicular particle morphology. It is produced using a multi-step process which involves the precipitation of ferric oxyhydroxide followed by purification through washing... view more
Liquid phenol terminated polyurethane adduct. Acts as a flexibilizer. It exhibits an outstanding impact resistance and adhesion to metals down to -40°C. Flexibilizer DY 965 is reactive through OH... view more
Liquid phenol terminated polyurethane adduct. Acts as a flexibilizer. It exhibits good impact resistance and adhesion to metals at sub-zero temperature. Flexibilizer XB 3333 offers toughness... view more
High-tinting strength suspension of carbon black pigment in water with surfactants and stabilizers. Is a black pigment of extremely fine particle size, high tint strength and jetness. Exhibits... view more
Applications
JEFFADD™ FM 505 by Huntsman acts as an aldehyde scavenger. It helps in reducing formaldehyde emission in polyurethane (PU) foam. Applications of JEFFADD™ FM 505 by Huntsman include ether based... view more
Huntsman
JEFFCAT® BDMA by Huntsman is a benzyldimethylamine. Acts as a general purpose catalyst. Applications of JEFFCAT® BDMA by Huntsman include ester based stabstock flexible foam, microcellulars... view more
JEFFCAT® DM-70 by Huntsman is an amine. Acts as a catalyst. Improves green strength and can be used for charcoal polyester-based flexible foams. Typical applications of JEFFCAT® DM-70 by Huntsman... view more
JEFFCAT® DMAPA by Huntsman is a amine. Acts as a catalyst. Applications of JEFFCAT® DMAPA by Huntsman include ether based stabstock flexible foam, microcellulars, elastomers, RIM & RRIM and rigid... view more
JEFFCAT® DMCHA by Huntsman is a N,N-dimethylcyclohexylamine. Acts as a widely used catalyst. Applications of JEFFCAT® DMCHA by Huntsman include all types of rigid packaging foam... view more
JEFFCAT® DMDEE by Huntsman is a 2,2’-dimorpholinodiethylether amine. Acts as a very selective blowing catalyst. Provides a stable prepolymer system. Excellent for one-component systems. Typical... view more
Huntsman
JEFFCAT® DMEA by Huntsman is a N,N-dimethylethanolamine. Acts as a catalyst. JEFFCAT® DMEA is used in ether based slabstock & HR molded flexible foam and rigid packaging foam... view more
Huntsman
JEFFCAT® DMP by Huntsman is a dimethylpiperazine. Acts as a good catalyst promoting surface cure. Typical applications of JEFFCAT® DMP by Huntsman include ether & ester based slabstock and high... view more
Huntsman
JEFFCAT® DPA by Huntsman is a amine. Acts as a low emission catalyst. JEFFCAT® DPA is used in ether based stabstock flexible foam, HR molded flexible foam, microcellulars, elastomers, RIM & RRIM and... view more
JEFFCAT® LE-15 by Huntsman is a reactive amine blend. Acts as a catalyst. This product strongly promotes the blowing reaction and is formulated to permit its easy introduction into polyurethane foam... view more
JEFFCAT® LE-220 by Huntsman is an amine. Acts as a catalyst. Exhibits high potency & low odor and offers excellent processing latitude. Designed to replace JEFFCAT® TD-33A. JEFFCAT® LE-220 by... view more
JEFFCAT® LE-310 by Huntsman is an amine. Acts as a low emission gel catalyst. Can replace JEFFCAT®TD-33A on an equivalent part basis. Applications of JEFFCAT® LE-310 by Huntsman include... view more
JEFFCAT® LE-60 by Huntsman is a reactive amine. Acts as a blowing catalyst. Applications of JEFFCAT® LE-60 by Huntsman include ester based stabstock flexible foam and HR molded flexible foams... view more
JEFFCAT® LED-103 by Huntsman is a reactive amine. Acts as an acid blocked, low emissions type blowing catalyst. Offers improved material handling, low-corrosion, and phase stability in fully... view more
JEFFCAT® LED-204 by Huntsman is a reactive amine. Acts as a catalyst. Applications of JEFFCAT® LED-204 by Huntsman include ester based stabstock flexible foam, microcellulars, elastomers, RIM & RRIM... view more
Huntsman
JEFFCAT® NEM by Huntsman is a N-ethylmorpholine. Acts as a catalyst. Promotes surface cure and offers excellent processing. Typical applications of JEFFCAT® NEM include polyester based slabstock and... view more
Huntsman
JEFFCAT® NMM by Huntsman is a N-methylmorpholine. Acts as a catalyst and good solubilizer. Promotes surface cure and offers excellent processing. Typical applications of JEFFCAT® NEM include... view more
JEFFCAT® PMDETA by Huntsman is a pentamethyldiethylenetriamine. Acts as a catalyst. JEFFCAT® PMDETA by Huntsman is used in HCFC/water-blown rigid packaging foam... view more
JEFFCAT® S-117 by Huntsman is a amine. Acts as a catalyst. Applications of JEFFCAT® S-117 by Huntsman include ester based stabstock flexible foam, microcellulars, elastomers, RIM & RRIM and rigid... view more
Huntsman
JEFFCAT® TAP by Huntsman is a 1-methyl-4-(2-dimethylaminoethyl)piperazine. Acts as a co-catalyst. Offers excellent end-cure and helps on gelation with improved flow. Typical applications of JEFFCAT®... view more
JEFFCAT® TD-33A by Huntsman is a 33% triethylenediamine (TEDA) in dipropylene glycol. Acts as a catalyst. JEFFCAT® TD-33A is used in ether based slabstock & HR molded flexible foam, microcellulars... view more
JEFFCAT® TDBDO by Huntsman is a TD-100 in 75% 1,4-butanediol (BDO). Acts as a catalyst. Applications of JEFFCAT® TDBDO by Huntsman include ester based stabstock flexible foam, microcellulars... view more
Huntsman
JEFFCAT® TDEG by Huntsman is a 33.3% TD-100 in monoethylene glycol. Acts as a catalyst. Applications of JEFFCAT® TDEG includes all types of rigid packaging foam... view more
JEFFCAT® TR-52 by Huntsman is an amine. Acts as a back-end cure co-catalyst. Shortens the de-mold time. Typical applications of JEFFCAT® TR-52 include rigid packaging foam systems... view more
JEFFCAT® TR-90 by Huntsman is a 1,3,5-tris(3-(dimethylamino)propyl)-hexahydro-s-triazine. Acts as a back-end cure co-catalyst. Offers improved dimensional stability. JEFFCAT® TR-90 is used in... view more
JEFFCAT® Z-110 by Huntsman is a amine. Acts as a catalyst. Applications of JEFFCAT® Z-110 by Huntsman include ester based stabstock flexible foam, microcellulars, elastomers, RIM & RRIM and rigid... view more
JEFFCAT® Z-130 by Huntsman is a amine. Acts as a catalyst. Applications of JEFFCAT® Z-130 by Huntsman include ester based stabstock flexible foam, microcellulars, elastomers, RIM & RRIM and rigid... view more
JEFFCAT® Z-131 by Huntsman is a amine. Acts as a catalyst. Applications of JEFFCAT® Z-131 by Huntsman include ester based stabstock flexible foam, microcellulars, elastomers, RIM & RRIM and rigid... view more
JEFFCAT® Z-140 by Huntsman acts as a low odor catalyst. exhibits excellent post-cure characteristics. JEFFCAT® Z-140 is used in ester based stabstock flexible foam, microcellulars, elastomers, RIM &... view more
Huntsman
JEFFCAT® Z-80 by Huntsman is a N,N,N, -tris(3-dimethylaminopropyl-) amine. Acts as a catalyst. Designed mainly for use in ether based stabstock flexible foam, HR molded foam, RIM, RRIM... view more
JEFFCAT® Z-10 by Huntsman is an amine. Acts as a catalyst. Applications of JEFFCAT® Z-10 include ester based stabstock flexible foam, microcellulars, elastomers, RIM & RRIM and rigid packaging foam... view more
JEFFCAT® ZF-20 by Huntsman is a bis-(2-dimethylaminoethyl)ether. Acts as a very strong, highly efficient blowing catalyst. Applications of JEFFCAT® ZF-20 by Huntsman include ether based slabstock &... view more
JEFFCAT® ZF-22 by Huntsman is a bis-(2-dimethylaminoethyl)ether (ZF-20) in dipropylene glycol. Acts as a catalyst. Applications of JEFFCAT® ZF-22 include ether based flexible slabstock foam, HR... view more
JEFFCAT® ZF-54 by Huntsman is a Bis-(2-dimethylaminoethyl)ether in dipropylene glycol (ZF-22) partially neutralized with formic acid. Acts as a co-catalyst (delayed-action catalyst). Provides... view more
JEFFCAT® ZR-40 by Huntsman is a N,N,N',N'',N''-pentamethyl-dipropylenetriamine. Acts as a catalyst. Is a low odor grade with a good balance between gel and blow. Very useful in cold-molded HR foams... view more
JEFFCAT® ZR-50 by Huntsman is a amine. Acts as a catalyst. Applications of JEFFCAT® ZR-50 by Huntsman include ester based stabstock flexible foam, microcellulars, elastomers, RIM & RRIM and rigid... view more
JEFFCAT® ZR-70 by Huntsman is a amine. Acts as a catalyst. Applications of JEFFCAT® ZR-70 by Huntsman include ester based stabstock flexible foam, microcellulars, elastomers, RIM & RRIM and rigid... view more
JEFFOL® AD-393 by Huntsman is a reactive aromatic amine polyether polyol. JEFFOL® AD-393 has high functionality and lower viscosity. Offers blend compatibility, blowing agent solubility and catalyst... view more
JEFFOL® FC31-56 3,000 mol. wt. Triol by Huntsman is a propylene oxide/ ethylene oxide-based polyether polyol. JEFFOL® FC31-56 3,000 mol. wt. Triol is a 3000 molecular weight triol polyol. Used in... view more
JEFFOL® FE11-37 3,000 mol. wt. by Huntsman is a propylene glycol/ ethylene oxide-based polyether polyol. JEFFOL® FE11-37 3,000 mol. wt. is a 3000 molecular weight diol polyol. Used in the... view more
JEFFOL® FE41-28 6,000 mol. wt. Triol by Huntsman is a propylene oxide/ ethylene oxide-based polyether polyol. JEFFOL® FE41-28 6,000 mol. wt. Triol is a 6000 molecular weight triol polyol. Used in... view more
JEFFOL® FE41-42 4,000 mol. wt. Triol by Huntsman is a propylene oxide/ ethylene oxide-based polyether polyol. JEFFOL® FE41-42 4,000 mol. wt. Triol is a 4000 molecular weight triol polyol. Used in... view more
JEFFOL® FE41-48 3,500 mol. wt. Triol by Huntsman is a propylene oxide/ ethylene oxide-based polyether polyol. JEFFOL® FE41-48 3,500 mol. wt. Triol is a 3500 molecular weight triol polyol. Used in... view more
JEFFOL® FX81-28 6,000 mol. wt. EO/PO Triol by Huntsman is a propylene oxide/ ethylene oxide-based polyether polyol. JEFFOL® FX81-28 6,000 mol. wt. EO/PO Triol is a 6000 molecular weight triol... view more
JEFFOL® G31-28 6,000 mol. wt. EO Tipped Triol by Huntsman is a propylene oxide/ ethylene oxide-based polyether polyol. JEFFOL® G31-28 6,000 mol. wt. EO Tipped Triol is a 6000 molecular weight triol... view more
JEFFOL® G31-32 5,200 mol. wt. EO Tipped Triol by Huntsman is a propylene oxide/ ethylene oxide-based polyether polyol. JEFFOL® G31-32 5,200 mol. wt. EO Tipped Triol is a 5200 molecular weight triol... view more
JEFFOL® PPG-2801 High Reactivity Diol by Huntsman is a propylene glycol/ ethylene oxide-based polyether polyol. JEFFOL® PPG-2801 High Reactivity Diol is used in the development of polyisocyanurate... view more
JEFFOL® PPG-3703 High Reactivity Diol by Huntsman is a propylene glycol/ ethylene oxide-based polyether polyol. JEFFOL® PPG-3703 High Reactivity Diol is used in the development of polyisocyanurate... view more
JEFFOL® PPG-3706 3,700 mol. wt. by Huntsman is a propylene glycol/ ethylene oxide-based polyether polyol. JEFFOL® PPG-3706 3,700 mol. wt. is a 3700 molecular weight diol polyol. Used in the... view more
JEFFOL® PPG-3709 3,700 mol. wt. by Huntsman is a propylene glycol/ ethylene oxide-based polyether polyol. JEFFOL® PPG-3709 3,700 mol. wt. is a 3700 molecular weight diol polyol. Used in the... view more
JEFFOL® PPG-400 by Huntsman is a propylene glycol polyether polyol. JEFFOL® PPG-400 is a 400 molecular weight diol polyol. Used in the development of polyisocyanurate and polyurethane systems... view more
JEFFOL® R-650X by Huntsman is a reactive aromatic amine polyether polyol. JEFFOL® R-650X has high functionality. Used in the development of polyisocyanurate and polyurethane systems... view more
JEFFOL® SD-311 by Huntsman is a sucrose/glycol based polyether polyol. JEFFOL® SD-311 has lower viscosity. Used in the development of polyisocyanurate and polyurethane systems... view more
JEFFOL® TP-400 420 mol. wt. TMP-Based Triol by Huntsman is a trimethylolpropane initiated polyether polyol. JEFFOL® TP-400 420 mol. wt. TMP-Based Triol is a 420 molecular weight triol polyol. Used... view more
Huntsman
Amine based polyether polyol. It is low viscosity triol developed specifically as crosslinker for rigid spray polyurethane foam systems based on aromatic- amino polyols and polymeric isocyanates... view more
Huntsman
Primary-capped, amine containing polyether polyol. It can be used to promote rapid curing in polyurethane systems. It can also be used as a cross linking agent in spray foam... view more
Aromatic amine /DEG initiated. Its molecular weight is 580 and a functionality of 3.2. It is a performance polyol suited to a wide variety of applications including rigid foams... view more
Aromatic amine /DEG initiated. It has 360 molecular weight and a functionality of 3.2. It is a performance polyol suited to a wide variety of applications including rigid foams... view more
Polyoxypropylene glycerin initiated polyol. Its molecular weight is 1008. It is used in manufacturing of plastic products... view more
Polyoxypropylene triol initiated polyol. It is a 700 molecular weight triol designed for elastomers... view more
Polyoxypropylene triol initiated polyol. It has 260 molecular weight. It is a performance polyol containing only secondary hydroxyl groups. It is suited for a wide variety of urethane applications... view more
Ethylene oxide tipped glycerin initiated. Its molecular weight is 6000. It is a performance polyol suited for a wide variety of urethane applications where a high degree of flexibility is important... view more
Ethylene oxide tipped glycerin initiated polyether polyol. Its molecular weight is 6000. It is a performance polyol suited for a wide variety of urethane applications where a high degree of... view more
Ethylene oxide tipped glycerin initiated polyether polyol. Its molecular weight is 4000... view more
PO dipropylene glycol initiated. It is a 1000 molecular weight diol polyol. It is used in polyurethane- and filled elastomers... view more
PO dipropylene glycol initiated. It is a 1000 molecular weight diol glycol polyol. It improves tensile, tear and elongation. It is used in filled elastomers, urethane foams and urethane elastomers... view more
Dipropylene glycol initiated, ethylene oxide tipped diol. Its molecular weight is 2801. It is a performance polyol suited for a wide variety of urethane applications where a high degree of... view more
Dipropylene glycol initiated, ethylene oxide tipped diol. Its molecular weight is 3700. It is a performance polyol suited for a wide variety of urethane applications where a high degree of... view more
Aromatic amino polyol. Offers excellent adhesion to many different substrates, good dimensional stability, low friability as well as excellent field processing for sprayed urethane foams. Also... view more
Aromatic amine polyol (Nonyl-phenol initiated). It is a low viscosity, high functionality, general purpose mannich based polyol. It is autocatalytic and provides superior dimensional stability... view more
Amine polyol (Nonyl-phenol initiated). Its molecular weight is 394. It is used in manufacturing of plastic products... view more
Huntsman
Polyoxypropylene sorbitol polyether polyol. It is used for low-density foams as well as in both pour-in-place and packaging applications. It can also be utilized in various CASE formulations... view more
Sucrose / Amine initiated polyether polyol. Its molecular weight is 487. It is used in manufacturing of plastic products... view more
Sucrose based polyether polyol. It has low viscosity and low hydroxyl value. It is ideal for high density, molded foams and pour in place applications... view more
Sucrose/DEG based polyether polyol. Its molecular weight is 550 and a functionality of 4.3. It is a versatile sucrose polyol. Its application areas include pour-in-place, slabstock and high density... view more
Sucrose based polyether polyol. It is a general purpose polyol. It is currently used in pour in place and high density foam applications... view more
Polyether polyol. It is a medium functionality, sucrose-based, non-catalytic polyol. It provides excellent flowability allowing it to be used molding systems and has increased rigidity. It is... view more
Matrimid® 5218 by Huntsman is a soluble thermoplastic polyimide. Acts as a flexibilizer. It is based on a proprietary diamine, 5(6)-amino-1-(4' aminophenyl)-1,3,-trimethylindane. Matrimid® 5218 is... view more
Soluble thermoplastic polyimide. Acts as a flexibilizer. It is a micropulverized version of Matrimid® 5218. Based on a proprietary diamine, 5(6)-amino-1-(4' aminophenyl)-1,3,-trimethylindane. It is... view more
A deep blue powder pigment, also known as “Prussian Blue”, an easy-to-disperse pigment suitably used for plastics applications. Offers good fastness against water, solvents and acids but poor... view more
Applications
Natural iron oxide, inorganic red pigment made from naturally occurring deposits. Meets ASTM C979-82 standards for pigments used in cement. Exhibits color stability in processing temperatures up to... view more
Huntsman
Outstanding emulsifiers frequently used in both oil-in-water and water-in-oil emulsions for detergents, cosmetics, degreasers and metal cutting oils. Used mostly as emulsifiers and lubricants in... view more
Huntsman
Outstanding emulsifiers frequently used in both oil-in-water and water-in-oil emulsions for detergents, cosmetics, degreasers and metal cutting oils. Used mostly as emulsifiers and lubricants in... view more
Huntsman
Outstanding emulsifiers frequently used in both oil-in-water and water-in-oil emulsions for detergents, cosmetics, degreasers and metal cutting oils. Used mostly as emulsifiers and lubricants in... view more
Huntsman
Outstanding emulsifiers frequently used in both oil-in-water and water-in-oil emulsions for detergents, cosmetics, degreasers and metal cutting oils. Used mostly as emulsifiers and lubricants in... view more
Huntsman
Outstanding emulsifiers frequently used in both oil-in-water and water-in-oil emulsions for detergents, cosmetics, degreasers and metal cutting oils. Used mostly as emulsifiers and lubricants in... view more
Huntsman
Outstanding emulsifiers frequently used in both oil-in-water and water-in-oil emulsions for detergents, cosmetics, degreasers and metal cutting oils. Used mostly as emulsifiers and lubricants in... view more
Huntsman
Outstanding emulsifiers frequently used in both oil-in-water and water-in-oil emulsions for detergents, cosmetics, degreasers and metal cutting oils. Used mostly as emulsifiers and lubricants in... view more
Huntsman
Outstanding emulsifiers frequently used in both oil-in-water and water-in-oil emulsions for detergents, cosmetics, degreasers and metal cutting oils. Used mostly as emulsifiers and lubricants in... view more
A light tan ferrite, produced by the high temperature reaction of iron oxide and zinc oxide (Fe2O3•ZnO). Is a high performance, heat stable pigment, formulated for color consistency and stable... view more
Huntsman
Modified aromatic polyester polyol. It offers improved fire resistance due to high aromatic content and has post- and pre-consumer recycle content & low viscosity. It enables high functionality for... view more
Huntsman
High functionality, modified aromatic polyester polyol. It offers improved fire resistance due to high aromatic content, reduces system cost and has pre-consumer recycle content & renewable resource... view more
Huntsman
Modified aromatic polyester polyol. It offers improved fire resistance due to high aromatic content and high functionality for improved physical property performance & fast demold times. It has... view more
Huntsman
TEROL® 1304 by Huntsman Advanced Materials is an aromatic polyester polyol. TEROL® 1304 has lower viscosity, low hydroxyl number and rapidly renewable content. It is high water content compatible... view more
Huntsman
Modified aromatic polyester polyol. It offers improved fire resistance due to high aromatic content and high functionality for improved physical property performance & fast demold times. It has... view more
Huntsman
Modified aromatic polyester polyol. It offers improved fire resistance due to high aromatic content and high functionality for improved physical property performance & fast demold times. It has... view more
Huntsman
Modified aromatic polyester polyol. It offers improved fire resistance due to high aromatic content and has post- & pre-consumer recycle content. It enables high functionality for improved physical... view more
Huntsman
Modified aromatic polyester polyol. It offers improved fire resistance due to high aromatic content and high functionality for improved physical property performance & fast demold times. It has... view more
Huntsman
Modified aromatic polyester polyol. Modified aromatic polyester polyol. It offers improved fire resistance due to high aromatic content and has post- & pre-consumer recycle content. It enables high... view more
Huntsman
Modified aromatic polyester polyol. It offers improved fire resistance due to high aromatic content, reduces system cost and has low hydroxyl number & high recycle/recovered resource content. It... view more
Huntsman
Modified aromatic polyester polyol. It offers improved fire resistance due to high aromatic content, reduces fire retardant level, reduces system cost and has high recycle/recovered resource... view more
Huntsman
Modified aromatic polyester polyol. It offers improved fire resistance due to high aromatic content, reduces system cost and has high recycle/recovered resource content. It has mid-range viscosity... view more
Huntsman
Modified aromatic polyester polyol. It offers improved fire resistance due to high aromatic content and has post- & pre-consumer recycle content. It enables high functionality for improved physical... view more
Huntsman
Modified aromatic polyester polyol. It offers improved fire resistance due to high aromatic content, reduces fire retardant level, reduces system cost. It has high recycle/recovered resource content... view more
Huntsman
Modified aromatic polyester polyol. It offers improved fire resistance due to high aromatic content and has post- & pre-consumer recycle content. It enables high functionality for improved physical... view more
Huntsman
Modified aromatic polyester polyol. It is offers improved fire resistance due to high aromatic content, reduces system cost and has high recycle/recovered resource content. It improves flammability... view more
Huntsman
Modified aromatic polyester polyol. It offers improved fire resistance due to high aromatic content, high functionality for improved physical property performance & fast demold times. It is... view more
Huntsman
TEROL® 649 by Huntsman Advanced Materials is an aromatic polyester polyol. TEROL® 649 has high functionality and rapidly renewable content. Provides improved fire performance, low equivalent weight... view more
Huntsman
High functionality, modified aromatic polyester polyol. It offers improved fire resistance due to high aromatic content, reduces system cost and has high recycle/recovered resource content. It... view more
Modified aromatic polyester polyol. It offers improved fire resistance due to high aromatic content, high functionality for improved physical property performance and has renewable resource content... view more
Huntsman
Single phase, in-situ toughened epoxy resin. Acts as a flexibilizer. It is an aero grade which contains proprietary blocked catalyst irreversibly deblocked at 80°C or above. It offers an outstanding... view more
A unique natural organic pigment made from a type of brown coal, peat or lignite called "Kapuziener", found in regions of Europe. Consists of approximately 90% organic matter and 10% ash. Possesses... view more
Fluffy-grade carbon black pigment used in plastics. Possesses a blue tone, relatively low oil absorption,easy dispersibility and very good coloring or tinting vs. lampblack and a very high jetness... view more
Applications
Synthetic chromium oxide pigment. Possesses stability and performance. It is unaffected by acids, alkalis, paint vehicles, solvents, and possesses excellent lightfastness as well as weatherability... view more
Synthetic chromium oxide pigment. Possesses stability and performance. It is unaffected by acids, alkalis, paint vehicles, solvents, and possesses excellent lightfastness as well as weatherability... view more
Synthetic chromium oxide pigment. Possesses stability and performance. It is unaffected by acids, alkalis, paint vehicles, solvents, and possesses excellent lightfastness as well as weatherability... view more
A high-tinting strength inorganic light green pigment made by reducing alkali chromates obtained from chrome iron ore to chromic oxide under very high processing temperatures. Meets ASTM C979-82... view more
Applications
A high-tinting strength inorganic light green pigment made by reducing alkali chromates obtained from chrome iron ore to chromic oxide under very high processing temperatures. Meets ASTM C979-82... view more
Applications
A dark-shade high-tinting strength inorganic green pigment made by reducing alkali chromates obtained from chrome iron ore to chromic oxide under very high processing temperatures. Meets ASTM... view more
Applications
A high-strength inorganic blue pigment manufactured by calcination of cobalt, chrome and aluminum at processing temperatures above 1000°C. Meets ASTM C979-82 standards. Exhibits color-stability up... view more
A high-strength inorganic blue pigment manufactured by calcination of cobalt, chrome and aluminum at processing temperatures above 1000°C. Meets ASTM C979-82 standards. Exhibits color-stability up... view more
Concentrated carbon black (lampblack) pigment expressly manufactured for mixing into concrete. Is extremely strong; approximately five times stronger than metal-based pigments and has a deep... view more
Applications
Synthetic Iron Oxide Black. A synthetic magnetite (Fe3O4) produced in the aniline process, high-tinting strength inorganic, permanent and inert black pigment characterized by a brown/gray tint... view more
Synthetic iron oxide black. A synthetic magnetite (Fe3O4) produced in the aniline process, high-tinting strength inorganic, permanent and inert black pigment characterized by a brownish/gray tint... view more
Blend of light-shade primary synthetic iron oxide reds (Fe2O3). Manufactured in large batches on intensive grinding and blending equipment. Meets or exceeds ASTM C979-82 standards for pigments used... view more
Blend of light-shade primary synthetic iron oxide reds (Fe2O3). Manufactured in large batches on intensive grinding and blending equipment. Meets or exceeds ASTM C979-82 standards for pigments used... view more
Synthetic iron oxide light red. A blend of light-shade primary synthetic iron oxide reds (Fe2O3). Manufactured in large batches on intensive grinding and blending equipment. Meets or exceeds ASTM... view more
Synthetic iron oxide light red. A blend of light- and medium- shade primary synthetic iron oxide reds (Fe2O3). Manufactured in large batches on intensive grinding and blending equipment. Meets or... view more
Synthetic iron oxide medium red. A blend of medium and dark shade primary synthetic iron oxide reds (Fe2O3). Manufactured in large batches on intensive grinding and blending equipment. Meets or... view more
Synthetic iron oxide dark red. A blend of dark shade primary synthetic iron oxide reds (Fe2O3). Manufactured in large batches on intensive grinding and blending equipment. Meets or exceeds ASTM... view more
Synthetic iron oxide dark red. A blend of dark shade primary synthetic iron oxide reds (Fe2O3) and black (Fe3O4). Manufactured in large batches on intensive grinding and blending equipment. Meets or... view more
Synthetic iron oxide extra light red. A blend of extra light-shade primary synthetic iron oxide reds (Fe2O3). Manufactured in large batches on intensive grinding and blending equipment. Meets or... view more
Yellow iron oxide. Exhibits acicular particle morphology. It is produced using a multi-step process which involves the precipitation of ferric oxyhydroxide followed by purification through washing... view more
Yellow iron oxide. Exhibits acicular particle morphology. It is produced using a multi-step process which involves the precipitation of ferric oxyhydroxide followed by purification through washing... view more
Yellow iron oxide. Exhibits acicular particle morphology. It is produced using a multi-step process which involves the precipitation of ferric oxyhydroxide followed by purification through washing... view more
Yellow iron oxide. Exhibits acicular particle morphology. It is produced using a multi-step process which involves the precipitation of ferric oxyhydroxide followed by purification through washing... view more
Heat Stable Tan 321T is a light tan ferrite produced by high temperratire reaction of iron oxide and zinc oxide. It is a high performace, heat stable and micronized for ease of dispersion, color... view more
Applications
High performance, heat stable yellow iron oxide pigment. Developed to provide the user greater latitude and flexibility in establishing high-temperature bake schedules without any significant... view more
High performance, heat stable yellow iron oxide pigment. Developed to provide the user greater latitude and flexibility in establishing high-temperature bake schedules without any significant... view more
High-tinting strength suspension of carbon black pigment in water with surfactants and stabilizers. Is a black pigment of extremely fine particle size, high tint strength and jetness. Exhibits... view more
Applications
Natural iron oxide, inorganic red pigment made from naturally occurring deposits. Meets ASTM C979-82 standards for pigments used in cement. Exhibits color stability in processing temperatures up to... view more
Applications
Natural iron oxide, inorganic red pigment made from naturally occurring deposits. Meets ASTM C979-82 standards for pigments used in cement. Exhibits color stability in processing temperatures up to... view more
Applications
Natural iron oxide, inorganic red pigment mined from naturally occurring deposits. Meets ASTM C979-82 standards for pigments used in cement. Exhibits color stability in processing temperatures up to... view more
Applications
Huntsman
Outstanding emulsifiers frequently used in both oil-in-water and water-in-oil emulsions for detergents, cosmetics, degreasers and metal cutting oils. Used mostly as emulsifiers and lubricants in... view more
Huntsman
Outstanding emulsifiers frequently used in both oil-in-water and water-in-oil emulsions for detergents, cosmetics, degreasers and metal cutting oils. Used mostly as emulsifiers and lubricants in... view more
Huntsman
Outstanding emulsifiers frequently used in both oil-in-water and water-in-oil emulsions for detergents, cosmetics, degreasers and metal cutting oils. Used mostly as emulsifiers and lubricants in... view more
Huntsman
Used as surfactant intermediate and as formulation additives for a wide variety of applications. As formulation additives, used to improve processing characteristics and enhance formulation... view more
Huntsman
Used as surfactant intermediate and as formulation additives for a wide variety of applications. As formulation additives, used to improve processing characteristics and enhance formulation... view more
Huntsman
Pogol 1450 is used as surfactant intermediate and as formulation additives for a wide variety of applications. As formulation additives, used to improve processing characteristics and enhance... view more
Huntsman
Pogol 200 by Huntsman is a polyethylene glycol, used as humectant, mold release agent, chemical intermediate and plasticizer. Acts as a formulation additives and surfactant intermediate. Improves... view more
Huntsman
It is a solvent for a wide variety of applications. As formulation additives, used to improve processing characteristics and enhance formulation aesthetics. The higher molecular weight polyethylene... view more
Huntsman
Used as surfactant intermediate and as formulation additives for a wide variety of applications. As formulation additives, used to improve processing characteristics and enhance formulation... view more
Huntsman
Used as surfactant intermediate and as formulation additives for a wide variety of applications. As formulation additives, used to improve processing characteristics and enhance formulation... view more
Huntsman
Pogol 600 by Huntsman acts as a surfactant, formulation additives and mold release agent. Improves processing characteristics and enhance formulation aesthetics. It is a polyethylene glycol and used... view more
Huntsman
Used as surfactant intermediate and as formulation additives for a wide variety of applications. As formulation additives, used to improve processing characteristics and enhance formulation... view more
Huntsman
Ultramarine blue. It exhibits excellent color consistency, dimensional stability, heat stability, lightfastness, cost effectiveness, minimum organoleptic effect, non-migration, non-toxicity and... view more
A light tan ferrite, produced by the high temperature reaction of iron oxide and zinc oxide (Fe2O3•ZnO). Is a high performance, heat stable pigment, formulated for color consistency and stable... view more
Huntsman
Liquid toughened epoxy resin. Acts as a flexibilizer. It offers similar viscosity as standard liquid bis-phenol-A based epoxy resins. XU 3508 exhibits unique multi-phase toughening technology. It... view more
Improve The Durability
Channel Alerts

Receive weekly digests on hot topics

Back to Top