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Polymer Additives
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440 products match your search
Product Name
Supplier
Description
2-Ethylhexyl acrylate. Offers significant advantages like flexibility, weatherability, adhesion, internal plasticization, range of hardness and resistance to abrasion... view more
Polyolefin Plastomer. Offers very good flow characteristics and can be efficiently crosslinked by peroxide or irradiation. Delivers exceptional heat ageing, compression set and weather resistance... view more
Can be efficiently crosslinked by peroxide or irradiation. Provides excellent heat ageing, compression set, and weather resistance properties, making it an ideal choice for use in a wide range of... view more
Saturated ethylene-octene copolymer. Used in a wide range of applications requiring high performance characteristics. Provides very good heat ageing, compression set, and weather resistance... view more
Offers excellent compatibility with other polyolefins and fillers. Delivers excellent flexibility for highly filled flooring applications and can also be used as a viscosity modifier in calendered... view more
Polyolefin plastomer. Used into demanding applications such as skin packaging, display films and sealant layers in flexible packaging structures. Offers very good optics and low temperature seal... view more
Polyolefin plastomer. Used as a sealant layer in flexible structures for the packaging of meat and cheese, dry foods and consumer goods. Possesses very good sealability at low temperatures. Provides... view more
Polyolefin plastomer. Used as a sealant layer in flexible structures prepared using the cast process. Possesses low heat seal initiation temperature. Offers very good optical properties... view more
Polyolefin plastomer. Used as a sealant layer in flexible structures for the packaging of meat and cheese, dry foods and consumer goods. Possesses very good sealability at low temperatures. Offers... view more
Polyolefin plastomer. Used as a sealant layer in flexible structures for the packaging of meat and cheese, dry foods and consumer goods. Possesses very good sealability at low temperatures. Offers... view more
Polyolefin plastomer. Used as a sealant layer in flexible structures for the packaging of meat and cheese, dry foods and consumer goods. Possesses very good sealability at low temperatures. Offers... view more
2-[(2-aminoethyl)amino]-ethanol). Used as chelating agent. Possesses minimal ethylenediamine impurity... view more
1-piperazineethaneamine. Used as an epoxy curing agent, and a mineral processing aid... view more
Ethylene acrylic acid copolymers. Used for blown and cast film coextrusion for flexible packaging applications and food packaging, tie layers and sealants and medical packaging. Provides very good... view more
Ethylene-ethyl acrylate (EEA) copolymer. Used as compatabilizer in lamination film, flexible tubing and hose. Exhibits very good thermal stability. Provides superior pigment retention and feature... view more
Ethylene-ethyl acrylate (EEA) copolymer. Used as compatabilizer for lamination film, flexible tubing and hose. Exhibits high flexibility and imparts low temperature toughness... view more
Ethylene-ethyl acrylate (EEA) copolymer. Used as compatabilizer for lamination film, flexible tubing and hose. Exhibits high flexibility and imparts low temperature toughness... view more
Ethylene-ethyl acrylate (EEA) copolymer. Used as compatabilizer for lamination film, flexible tubing and hose. Exhibits very good thermal stability. Offers high flexibility and imparts low... view more
Maleic anhydride modified LDPE. Used as polymer compatibilizer in tie layer for food packaging... view more
Maleic anhydride modified LDPE. Used as polymer compatibilizer in tie layer for flexible packaging... view more
Maleic anhydride modified HDPE. Used as polymer compatibilizer in tie layer for food packaging. Promotes adhesion of polyethylene to barrier polymers such as polyamide and ethylene vinyl alcohol... view more
Maleic anhydride modified LLDPE. Used as polymer compatibilizer in tie layer for flexible packaging. Promotes adhesion of polyethylene to barrier polymers such as polyamide and ethylene vinyl... view more
Maleic anhydride grafted (MAH) polymer. Used as polymer compatibilizer. Offers high elasticity with good elastic recovery. Provides very good impact strength... view more
Maleic anhydride grafted (MAH) polymer. Used as polymer compatibilizer. Offers high elasticity with good elastic recovery. Provides very good impact strength... view more
Maleic anhydride (MAH) grafted elastomer. Used as a polymer compatibilizer. Helps in impact modification and adhesion promotion of the polymers. Offers high flexibility and elasticity. Provides... view more
Ethylene acrylic acid copolymers. Used for blown and cast film coextrusion for flexible packaging applications and food packaging, tie layers and sealants and medical packaging. Provides very good... view more
Ethylene acrylic acid copolymers. Used for blown and cast film coextrusion for flexible packaging applications and food packaging, tie layers and sealants and medical packaging. Provides very good... view more
Ethylene acrylic acid copolymers. Used for blown and cast film coextrusion for flexible packaging applications and food packaging, tie layers and sealants and medical packaging. Provides very good... view more
Ethylene acrylic acid copolymers. Used for blown and cast film coextrusion for flexible packaging applications and food packaging, tie layers and sealants and medical packaging. Provides very good... view more
Ultra low density polyethylene resin. Used for the production of blown film. Provides very good optical properties. Exhibits very good tear and impact strength. Imparts very good sealability... view more
Ultra low density polyethylene resin. Used for the production of blown film for food and medical packaging. Provides very good optical properties. Exhibits very good tear and impact strength... view more
Ethylene-octene copolymer. Used for the production of blown film for food and medical packaging. Offers good processability. Provides very good sealing. Exhibits hot tack and toughness. Imparts very... view more
Glacial acrylic acid. It Offers flexibility, weatherability, internal plasticization, adhesion, range of hardness and resistance to abrasion as well as oil or greases. Used in the manufacturing of... view more
Butyl methacrylate. Offers hardness, clarity, flexibility, color compatibility, toughness, weatherability and internal plasticization. Recommended for plastic sheets. Also suitable for molded and... view more
15 percent aqueous solution of N-isopropylhydroxylamine (IPHA). Acts as polymerization inhibitor. Chainguard™ I-15 is an excellent multi-purpose shortstop for free-radical polymerizations. It... view more
Alkoxy and alkyl functional groups on siloxane to improve dispersion of inorganic fillers, such as ATH/MDH etc into organic polymers such as resin, plastic, and rubber... view more
It is an active component in formulating penetrative water repellent treatments... view more
Reactive Si-H silicone/ resin emulsion with 50% NVC. Suitable for aqueous-based application systems for inorganic materials such as fillers and flame retardants to aid dispersion and composite... view more
Silicone elastomeric powder with methacryloxy functionality. Can be used in LED or LCD light diffuser application as scattering particle in polycarbonate, polystyrene composites... view more
DOWSIL™ 31-441 Additive by Dow Chemical is a silicone polymer. Acts as an anti-scratch agent. It improves the extrusion process by decreasing torque and has a dual effect on surface properties by... view more
DOWSIL™ 4-7081 Resin Modifier by Dow Chemical is 100% active, halogen-free powdered siloxane with methacrylic functionality. It is recommended as additive in highly filled flame-retardant (FR)... view more
DOWSIL™ 4-7105 Resin Modifier is 100% active, halogen-free powdered siloxane. It is recommended as additive in highly filled flame-retardant (FR) plastic formulations. Benefits observed include... view more
DOWSIL™ 40-001 Additive is a 100% active, non-halogenated organo-functional liquid siloxane. Acts as a flame retardant, anti-drip additive or synergist. It is active at low use level and shows no... view more
Epoxy functional silicone resin. It can be used in EMC (electromagnetic compatibility) applications to impart flexibility, stress relief and flame retardancy. Improves adhesion on metals... view more
Silicone elastomeric powder with spherical shape. Can be used in EMC formulation as stress relief additive... view more
Silicone elastomeric powder with epoxy functionality. Can be used in EMC application as stress relief additive... view more
Silicone elastomeric powder with methacryloxy functionality. Can be used in LED or LCD light diffuser application as scattering particle in polycarbonate, polystyrene composites... view more
Silicone elastomeric powder with spherical shape. Can be used in EMC formulation as stress relief additive... view more
Silicone elastomeric powder with spherical shape. Can be used in EMC formulation as stress relief additive... view more
Epoxy and polyether modified dimethylsiloxane. It can be used as a component of EMC (electromagnetic compatibility) for stress relief and flowability... view more
Silicone elastomeric powder with spherical shape. Can be used in EMC formulation as stress relief additive... view more
100% active halogen-free powdered siloxane. Complies with FDA, 21 CFR Section 177.2600: "Rubber articles intended for repeated use”... view more
Amino Silane. Acts as an adhesion promoter and as a coupling agent. Provides improved chemical bonding of resins to inorganic filler and reinforcing materials. Helps in surface pretreatment of... view more
DOWSIL™ Z-6119 Silane is a Ureidopropyltrialkoxy (methoxy/ethoxy) silane. Acts as an adhesion promoter. It is ethyl carbamate free with no alkyltin compounds. Can be added to plastic composites at... view more
DOWSIL™ Z-6120 Silane is a Ureidopropyltrimethoxysilane. Acts as an adhesion promoter. It is ethyl carbamate free with no alkyltin compounds. Can be added to plastic composites at the dosage of... view more
Aminoethylaminopropyltrimethoxysilane, 50% active in n-butanol/methanol. Adhesion promoter... view more
Hydrolyzed version of Xiameter® OFS-6032, 37% solids in solvents. Glass fiber treatment for composites, e.g. epoxy based print circuit board... view more
Aminoethylaminopropylsilane triol homopolymer in water, 22% actives. Improves adhesion to inorganic material, like glass (alternative to Xiameter® OFS-6020)... view more
Propyltrimethoxysilane. Used as a dispersing agent... view more
Coupling agent for epoxy resins on glass fabrics in printed circuit board composites... view more
DOWSIL™ Z-6675 Silane is a Ureidopropyltrialkoxy (methoxy/ethoxy) silane. Acts as an adhesion promoter. It is ethyl carbamate free with no alkyltin compounds. Can be added to plastic composites at... view more
Methyldimethoxysilane, reactive silane containing both Si-H and methoxy functional groups. The SiH group can be utilized for hydrosilylation to form methoxysilyl functional materials. Modification... view more
Phenylaminopropyl trimethoxysilane. Can be used in EMC formulation to improves adhesion between metal and EMC... view more
Water and organic compound compatibility. Is a high purity product, designed to meet the strict specifications required by applications such as polyester resins, plasticizers and urethanes... view more
Water and organic compound compatibility. Hygroscopic properties. Is a high purity product, designed to meet the strict specifications required by applications such as polyester resins, plasticizers... view more
Diethylenetriamine. Used as a chelating agent, curing agent, mineral processing aid, and as a surfactant (adhesion promoter)... view more
Applications
Is odorless and colorless... view more
Bio-based plasticizer. Is phthalate- and lead-free. Reduces the greenhouse gases by 40 percent versus traditional plasticizers. It demonstrates outstanding performance at low and high temperatures... view more
Bio-based plasticizer. Is phthalate- and lead-free. Reduces the greenhouse gases by 40 percent versus traditional plasticizers. It demonstrates outstanding performance at low and high temperatures... view more
Polyolefin elastomer. Used as polymer modifier. Provides good cost/performance balance... view more
Polyolefin elastomer. Used as impact modified in wire & cables. Provides high melt strength and improved toughness... view more
Polyolefin elastomer. Provides high melt strength and improved toughness... view more
High ethylene butene... view more
Applications
Ethylene butene copolymer. Used in polymer modification for wire & cable. Provides processability, flexibility and low density... view more
Polyolefin elastomer. Used as impact modifier wire & cables. Offers very good flow characteristics. Provides improved impact in polypropylene and polyethylene. Possesses high filler loading... view more
Polyolefin elastomer. Used as impact modifier in wire & cables. Offers very good flow characteristics. Provides improved impact in polypropylene and polyethylene. Possesses high filler loading... view more
Polyolefin elastomer. Used as impact modified in wire & cables. Offers very good flow characteristics. Provides improved impact in polypropylene... view more
Polyolefin elastomer. Used as impact modified in wire & cables. Offers very good flow characteristics. Provides improved impact in polypropylene... view more
Polyolefin elastomer. Used as impact modifier. Offers very good flow characteristics. Provides very good toughness and flexibility... view more
Polyolefin elastomer. Used as impact modifier. Offers very good flow characteristics. Provides very good toughness and flexibility... view more
Polyolefin elastomer. Used as impact modifier in wire and cable. Offers very good flow characteristics. Provides improved impact in polypropylene and polyethylene. Exhibits high filler loading... view more
Polyolefin elastomer. Used as impact modifier in wire and cable. Offers very good flow characteristics. Provides improved impact in polypropylene and polyethylene. Exhibits high filler loading... view more
Polyolefin elastomer. Used as impact modifier in wire & cables. Offers vert good flow characteristics. Provides improved impact in polypropylene and polyethylene. Exhibits high filler loading... view more
Engage™ 8200 by Dow is polyolefin elastomer. Used as impact modifier in wire & cables. Provides very good flow characteristics. Offers high filler loading and very good electrical properties... view more
Polyolefin elastomer. Used as impact modifier in wire & cables. Provides very good flow characteristics. Offers high filler loading and very good electrical properties. Exhibits improved impact in... view more
Polyolefin elastomer. Used as impact modified in gaskets. Offers very good flow characteristics. Provides improved impact in polypropylene and polyethylene... view more
Polyolefin elastomer. Offers very good flow characteristics. Exhibits high clarity and impact modification... view more
Polyolefin elastomer. Offers very good flow characteristics and high clarity... view more
Polyolefin elastomer. Offers very good flow characteristics and high clarity. Provides improved impact in polypropylene and polyethylene... view more
Polyolefin elastomer. Used as impact modifier in gaskets. Offers high clarity and low density. Provides improved impact in polypropylene and polyethylene... view more
Polyolefin elastomer... view more
Polyolefin elastomer. Provides very good flow properties. Offers exceptional heat aging, compression set, and weather resistance... view more
Polyolefin elastomer. Provides very good flow characteristics. Offers exceptional heat aging, compression set, and weather resistance... view more
Polyolefin elastomer. Offers very good toughness, softness, and optical properties. Provides good clarity and flexibility. Exhibits exceptional heat aging, compression set, and weather resistance... view more
Polyolefin elastomer. Used in wire and cable. Offers very good toughness, softness, and optical properties. Provides good clarity and flexibility. Exhibits exceptional heat aging, compression set... view more
Polyolefin elastomer. Used in footwear, tubes and hoses. Offers very good performance in footwear. Possesses good clarity, toughness, and flexibility... view more
Polyolefin elastomer. Used for profile extrusion of tubing and hoses. Provides good clarity, toughness, and flexibility... view more
Polyolefin elastomer. Provides very good flow characteristics. Offers improved impact in polypropylene and polyethylene... view more
Polyolefin elastomer. Used as impact modifier in wire and cable. Exhibits high melt strength and improved toughness... view more
Polyolefin elastomer. Used as impact modifier in wire and cable. Exhibits high melt strength and improved toughness... view more
Glacial acrylic acid. It Offers flexibility, weatherability, internal plasticization, adhesion, range of hardness and resistance to abrasion as well as oil or greases. Used in the manufacturing of... view more
Ethylene Glycol is a versatile chemical compatible with water and numerous organic compounds. It is often used in applications requiring its ability to depress the freezing point. It easily reacts... view more
Is a mixture of TEPA, PEHA, hexaethyleneheptamine (HEHA), and higher molecular weight products. Is a complex mixtureof various linear,cyclic and branched products. Applications : asphalt additives... view more
Is a mixture of TEPA, PEHA, hexaethyleneheptamine (HEHA), and higher molecular weight products. Contains over 30 different linear,cyclic and branched products. Applications : asphalt additives... view more
Ethylenediamine (EDA) by Dow Chemical is a low molecular weight ethylenediamine. Acts as a chelating agent and lubricant. It has an ammonia-like odor and is clear & colorless... view more
Flexible Acrylic Resin 21308-XP is a 100% acrylic grade. Acts as an adhesion promoter. Designed for use in flexible, transparent and crystal-clear weathering applications which require UV-resistance... view more
Flexible Acrylic Resin 21520-XP is an opaque, flexible acrylic resin. Suitable for use in applications which require excellent adhesion, UV-resistance and low stress whitening. It can be used as a... view more
Glacial acrylic acid. It Offers flexibility, weatherability, internal plasticization, adhesion, range of hardness and resistance to abrasion. Used in the manufacturing of viscosity modifiers... view more
Glacial acrylic acid. It Offers flexibility, weatherability, internal plasticization, adhesion, range of hardness and resistance to abrasion as well as oil or greases. Used in the manufacture of... view more
Glacial methacrylic acid. Offers hardness, flexibility, clarity, color compatibility, toughness, internal plasticization and weatherability. Used in plastic sheet and molding as well as extruded... view more
Complex mixture of linear, branched, and cyclic ethyleneamines. Used as epoxy curing agent... view more
Pure methylene diphenyl diisocyanate (MDI). Used in high-performance fibers, elastomers and TPUs... view more
Pure methylene diphenyl diisocyanate (MDI). It is BHT-free. Used in high-performance fibers, elastomers and TPUs... view more
Polycarbodiimide-modified diphenylmethane diisocyanate. Used in automotive bumpers, fenders, fascia, integral-skin plastics, tires and wheels, industrial wheels and shoe soles. Possesses low... view more
Carbodiimide modified MDI with higher 4,4-MDI content. Suitable for carpet underlayment and shoe soles... view more
MDI prepolymer with polyether backbone. Suitable for elastomers and shoe soles... view more
Modified MDI compound. Used for sporting equipment, shoe soles, automotive bumpers, fenders, fascia, tires and wheels and cast elastomers. Provides more rapid compatibility between isocyanates and... view more
MDI prepolymer with polyether backbone. Suitable for elastomers and shoe soles... view more
Pure methylene diphenyl diisocyanate (MDI) with 50% 2,4-MDI. Used in the manufacture of low-viscosity prepolymers... view more
Dimethyltin dineodecanoate. Acts as a catalyst. It is a colorless to yellow, oily liquid with a mild odor. It is not readily biodegradable and is susceptible to biodegradation and hydrolysis in... view more
Hydroxypropyl methylcellulose. Acts as a suspending agent for polyvinylchloride (PVC). Used for applications where high purity is important. Provides particle size control, uniform particle size... view more
Applications
Methocel™ E50 by Dow Chemical is hydroxypropyl methylcellulose. Acts as a suspending agent for polyvinylchloride (PVC). Recommended for applications where high purity is important. Provides particle... view more
Applications
Hydroxypropyl methylcellulose. Acts as a general purpose suspending agent for polyvinylchloride (PVC). Used for applications where high purity is important. Provides particle size control, uniform... view more
Applications
Cellulose Ether. Acts as suspending agents for polyvinylchloride (PVC). Used for applications where high purity is important. Provides particle size control, uniform particle size distribution, and... view more
Applications
Methyl acrylate. Acts as a copolymer for plastics. Offers flexibility, weatherability, internal plasticization, range of hardness and resistance to abrasion as well as oil or greases. Used in the... view more
Methyl methacrylate. Offers hardness, flexibility, clarity, color compatibility, toughness, internal plasticization and weatherability. Used in plastic sheet, molding as well as extruded resins and... view more
Polymeric MDI. It is of high-functionality and high-viscosity. Used for polyisocyanurate foam and laminates... view more
Polymeric MDI. It is of high-functionality and for general purpose. Used to manufacture cast elastomers and prepolymers... view more
Polymeric MDI with moderate 2,4-MDI content. It is of high aciidity. Suitable for rigid and semi-rigid foams, building panels and prepolymers... view more
Polymeric MDI of high-functionality. Used for polyisocyanurate foam and laminates... view more
Polymeric MDI. Can be used for plastics... view more
Polymeric MDI with moderate 2,4-MDI content. Suitable for rigid and semi-rigid foams, building panels and prepolymers... view more
Polymeric MDI with moderate 2,4-MDI content. Suitable for general CASE applications, foams and RIM applications... view more
Low-viscosity polymeric MDI with high 2,4-MDI content. Can be used in viscoelastic foams... view more
PARALOID™ by Dow is a weatherable impact modifier for PVC and engineering resins. Available in solid form. It is less water sensitive, offering exceptional wet film and resistance properties... view more
Applications
PARALOID™ AU-1033 by Dow Chemical is an acrylic polyol in PA acetate/ ethyl benzene/ VM+P naphtha in the ratio of 55/25/20. It contains 50% non-volatile content... view more
PARALOID™ AU-1166 by Dow Chemical is an acrylic polyol in n-butyl acetate. PARALOID™ AU-1166 provides high solids, low-VOC, good alkali and acid resistance... view more
PARALOID™ AU-1453 High-Solids Polyol by Dow Chemical is an acrylic polyol. It contains 70% non-volatile content. PARALOID™ AU-1453 High-Solids Polyol benefits include extremely low viscosity for its... view more
PARALOID™ AU-608 TBZ Acrylic Polyol by Dow Chemical is an acrylic polyol supplied at 60% nonvolatiles in t-butyl acetate... view more
PARALOID™ AU-608B by Dow Chemical is an acrylic polyol in n-butyl acetate. It contains 62% non-volatile content... view more
PARALOID™ AU-608S by Dow Chemical is an acrylic polyol in acetate/ toluene solvent in the ratio of 65/35. It contains 62% non-volatile content... view more
PARALOID™ AU-608X by Dow Chemical is an acrylic polyol in xylene. It contains 60% non-volatile content... view more
PARALOID™ AU-685 by Dow Chemical is an acrylic polyol in PM acetate/ethyl benzene/mineral spirits in the ratio of 55/25/20... view more
PARALOID™ AU-750 by Dow Chemical is an acrylic polyol in n-butyl acetate. PARALOID™ AU-750 is a high-solids hydroxyl-functional acrylic polyol which can be easily formulated to 2.8 lbs/gal VOC... view more
PARALOID™ AU-830 by Dow Chemical is an acrylic polyol in methyl n-amyl ketone. PARALOID™ AU-830 acrylic polyol has exceptional durability and chemical, solvent resistance, as well as a good... view more
PARALOID™ AU-946 by Dow Chemical is an acrylic polyol in methyl n-amyl ketone. It contains 69% non-volatile content... view more
Impact modifier. Especially designed for styrenic modification. Low addition levels of PARALOID BLX 3670 Impact Modifier improve the impact strength of recycled ABS, mass ABS or blends with PC... view more
Acrylic impact modifier. Used for packaging applications, as well as industrial and consumer goods. Improves the impact resistance... view more
Acrylic based. Is specially designed to improve the impact resistance of polylactic acid (PLA) compounds while maintaining clarity for packaging applications. Improves the impact properties without... view more
Paraloid™ BPM-520 by Dow is an impact modifier. Offers an exceptional combination of impact strength and excellent colorabliity and surface finish for injection molding applications. Used in opaque... view more
Melt strength enhancer. Used for packaging applications, as well as calendering, sheet extrusion, or blown film. Offers improved processability of polylactic acid. Increases the melt elasticity and... view more
Acrylic melt strength enhancers. Used for packaging applications, as well as film and sheet extrusion, blown film and foam. Offers improved processability and melt elasticity. Does not impact... view more
Acrylic melt strength enhancer. It is designed to help improve the processability of polylactic acid and its alloys. Increases the melt elasticity of the blend even at addition levels as low as 2... view more
Acrylic melt strength enhancers. Used for packaging applications, as well as film and sheet extrusion, blown film and foam. Offers improved processability and melt elasticity. Does not impact... view more
MBS impact modifier. Imparts remarkable crease-whitening resistance. Provides brilliant clarity and very good impact strength. Exhibits efficient dispersion and processability. Offers very good... view more
MBS impact modifier. Spheroid-powder characteristics allow a free flowing powder and dust-free mixing. Its faster fusion contributes to higher-output production, higher impact efficiency allows... view more
MBS impact modifier. Used primarily for sheet and film applications. Provides outstanding crease-whitening resistance. Offers outstanding transparency and gloss. Exhibits good impact strength at... view more
MBS impact modifier. Spheroid-powder characteristics allow a free flowing powder and dust-free mixing. Its faster fusion contributes to higher-output production, higher impact efficiency allows... view more
MBS impact modifier. Used for transparency film and sheet applications. Offers very good clarity and impact strength... view more
Methacrylate/Butadiene/Styrene polymer. Used in blow molded containers (bottles/jars), calendered sheet (blister pack applications), extruded sheet (transparent signs)and injection molded clear... view more
Methacrylate/Butadiene/Styrene polymer. Used for packaging film , technical film and PVC plastics. Offers outstanding transparency, clarity, and gloss. Provides very good crease-whitening... view more
Methacrylate/Butadiene/Styrene (MBS) Polymer. Used for blow molded containers (bottles/jars), calendered sheet (blister pack applications), extruded sheet (transparent signs), injection molded clear... view more
Methacrylate/Butadiene/Styrene(MBS)Polymer. Used as blow molded containers (bottles/jars), calendered sheet (blister pack applications), extruded sheet (transparent signs)and injection molded clear... view more
Core-shell general purpose MBS modifier. Having a poly (butadiene/ styrene) core with a polymethyl methacrylate shell. It is designed to help improve the impact performance of transparent vinyl... view more
MBS impact modifier. Used for the production of bottles, cosmetics packages and calendered film and sheet. Offers very good processing and performance characteristics... view more
MBS impact modifier. Used for the production of vinyl bottles to package edible oils, detergents, disinfectants and fruit drinks... view more
PARALOID™ BTA-751 by Dow is methacrylate butadiene styrene MBS polymer. Used as impact modifier for opaque/translucent film/sheet applications. Offers a high quality and impact strength... view more
Applications
Methacrylate/Butadiene/Styrene (MBS) Polymer. Used for electric and electronic appliance housings, pipe fittings, film and sheet, and bottles. Providing very good impact performance. Offers superior... view more
Methacrylate/Butadiene/Styrene (MBS) Polymer. Used in PVC plastics. Providing good impact strength. Offers very good transparency, clarity, and gloss. Exhibits very good crease-whitening resistance... view more
Applications
Methacrylate butadiene styrene MBS Polymer. Used for extruded sheet and film for diskette envelopes, wall coverings, acid tank liners, and thermoformed articles; pipe and conduit; profiles... view more
Methacrylate butadiene styrene MBS Polymer. Used for extruded or calendered film and sheet, blow moulded opaque bottles, extruded conduit, pipe and profile, injection moulded parts, such as fittings... view more
MBS impact modifier. Used for packaging applications particularly well suited in film and sheet applications and in technical bottles. Provides the impact, clarity and crease whitening resistance... view more
Applications
(Methacrylate/Butadiene Styrene) MBS Polymer. Used as impact modifier for blow molded containers (bottles, jars), extruded sheet (transparent signs)and injection molded clear fittings. Improves the... view more
Paraloid™ EXL-2361 by Dow Corning is an acrylic polymer. Acts as an impact modifier. In some dark colored Polycarbonate or PBT applications, the use of a standard acrylic modifier can affect the... view more
Paraloid™ EXL 2388 by Dow Chemical is a general purpose all acrylic core-shell impact modifier. Provides an excellent balance of impact resistance and modulus retention in a variety of engineering... view more
Acrylic core-shell impact modifier. Provides high impact strength. Offers good heat and UV stability. Possesses good retention of part rigidity... view more
Applications
PARALOID™ EXL-2314 by Dow is acrylic based impact modifer for engineering resins. Provides high impact strength and overall cost performance. Offers high heat stability and weatherability. Exhibits... view more
Acrylic polymer. Used as an impact modifier for automotive under-the-hood applications, electric and electronic connectors, body panels for lawn mowers and tractors, and thermoset molding compounds... view more
Paraloid™ EXL-2335 by Dow Corning is an acrylic core-shell impact modifier. Offers good colorability, and thermal stability along with excellent impact performance in a variety of engineering... view more
Core/shell impact modifier based on butadiene rubber. Offers good retention of part rigidity after ageing. Provides very good part surface finish and colorability. Exhibits significant improvement... view more
Polyacetal or polyoxymethylene. Acts as a impact modifier. Is a semi-crystalline thermoplastic produced from formaldehyde. Provides excellent wear resistance, high modulus, good chemical resistance... view more
Polyacetal or polyoxymethylene. Acts as a impact modifier. Is a semi-crystalline thermoplastic produced from formaldehyde. Provides excellent wear resistance, high modulus, good chemical resistance... view more
General purpose MBS core-shell impact modifier providing an excellent balance of impact resistance and modulus retention in a variety of engineering resins. Due to the core-shell structure and well... view more
PARALOID™ EXL-2655 by Dow is MBS core-shell impact modifier. It is designed to improve fatigue and impact resistance for thermosetting plastics, such as epoxy molding compounds. Possess excellent... view more
MBS core-shell impact modifier. Is clear modifier in PMMA/SAN compounds. Offers very low haze in clear applications. Possesses high impact efficiency, good retention of part rigidity and excellent... view more
Paraloid™ EXL-2690 is a methyl methacrylate-butadiene-styrene (MBS) core-shell copolymer. Acts as an impact modifier. Has excellent compatibility in polycarbonate (PC) and polycarbonate blends such... view more
(Methacrylate-Butadiene-Styrene) MBS Polymer. Used as impact modifier for automotive parts such as bumpers, body panels and interior parts, appliances such as blender housings, housings for... view more
(Methacrylate/Butadiene Styrene) MBS Polymer. Used for automotive parts such as bumpers and body panels, appliances such as blender housings, housings for electronic components such as computers and... view more
All acrylic core-shell impact modifier. Provides high impact strength. Exhibits good heat and UV stability... view more
Applications
Acrylic polymer. Used as impact modifier for automotive under-the-hood applications, electric and electronic connectors, body panels for lawn mowers and tractors, and thermoset molding compounds... view more
Acrylic polymer. Used as impact modifier in automotive under-the-hood applications, electric and electronic connectors, and body panels for lawn mowers and tractors. Offers high impact strength and... view more
Core-shell impact modifier. Offers good retention of part rigidity after ageing. Provides very good part surface finish and colorability. Improves the impact strength of glass filled compounds... view more
(Methacrylate-Butadiene-Styrene) MBS Polymer. Used for automotive parts such as bumpers, body panels and interior parts, appliances such as blender housings, housings for electronic components such... view more
(Methacrylate/Butadiene Styrene) MBS Polymer. Used for automotive parts such as bumpers and body panels, appliances such as blender housings, housings for electronic components such as computers and... view more
Maleic Anhydride Grafted (MAH) Polyolefin. Acts as impact modifier. Has been developed to fulfill this critical need. Is a low crystallinity ethylene-octene copolymer functionalized with maleic... view more
Acrylic Polymer. Used as impact modifier in appliance housings. Provides thermal stability and colorability... view more
Paraloid™ EXL-5137 by Dow Corning is a high efficiency optical properties modifier developed for engineering resins. Its particular shape and structure is specially designed to decrease the gloss of... view more
High efficiency optical brightener. Is developed for engineering resins. Its core-shell structure is based on acrylic chemistry. Has a unique particle size and very narrow poly-dispersity which... view more
Clear weatherable impact modifier. Offers high clarity with weathering resistance for use in clear outdoor applications. Provides very good impact performance. Provides the best balance of impact... view more
Acrylic polymer. Acts as a processing aid for rigid and semi-rigid vinyl compounds. Used for extruding rigid high-impact vinyl sheet, pipe, siding, profiles. Offers improved processability. Provides... view more
Acrylic powder. Used as processing aid for calendered films, bottles, construction products such as pipe, siding, profile, decking and fencing. Offers very good melt strength and parison control... view more
Acrylic powder. Used as processing aid for calendered films, bottles, construction products such as pipe, siding, profile, decking and fencing. Offers very good melt strength and parison control... view more
Acrylic polymer. Used as a processing aid for clear applications, such as bottles, calendered and extruded film and sheet. Offers very good clarity and surface quality. Provides superior fusion... view more
Acrylic polymer. Used as processing aid for packaging , wall coverings, profiles for interior and exterior windows, siding, and signage. Offers outstanding efficiency. Improves important processing... view more
Acrylic processing aid. Used for building and selected packaging applications. Improves melt elasticity. Offers very good wall-thickness control and good thermoforming capabilities... view more
Acrylic polymer. Used as processing aid for packaging as well as in the building sector. Offers very good fusion qualities. Improves melt elasticity... view more
Methyl methacrylate type processing aid. Enhances faster fusion at lower processing temperature. Improves the cohesion of melt and its homogeneity. Also improves the melt strength, extensibility and... view more
Acrylic polymer. Used as a processing aid. Provides very good clarity in vinyl formulations... view more
Acrylic polymer. Used as a processing aid for clear applications, such as bottles, calendered and extruded film and sheet. Offers very good clarity and surface quality. Provides superior fusion... view more
Vinyl lubricant processing aid. Used for exterior trim, fence/deck/rail, PVC plastics and siding. Offers surface smoothness and gloss. Exhibits processing efficiency... view more
Lubricating acrylic processing aid. Used in packaging applications, particularly in calendered film and sheet, and in the production of bottles. Improves the gloss and clarity... view more
Methyl methacrylate type processing aid. Enhances faster fusion at lower processing temperature. Improves the cohesion of melt and its homogeneity. Also improves the melt strength, extensibility and... view more
Acrylic polymer-based compound. Used as modifier. Offers reduced foam density. Provides improved surface quality. Exhibits good cell uniformity. Imparts functional impact strength. Possesses... view more
Methyl methacrylate type processing aid. Enhances faster fusion at lower processing temperature. Improves the cohesion of melt and its homogeneity. Also improves the melt strength, extensibility and... view more
Acrylic polymer. Used as modifier for fence/deck/rail and PVC plastics. Possesses reduced foam density and good cell uniformity. Offers improved surface quality. Exhibits functional impact strength... view more
High molecular weight process aid. Offers improved efficiency for density reduction and foam expansion without sacrificing the lubricating properties of PARALOID K-415. It is a bifunctional material... view more
New ultra high molecular weight acrylic processing aid for high quality foam applications. Its high foaming efficiency enables converters to meet the most demanding requirements in foam core pipes... view more
Acrylic polymer. Acts as a high efficiency processing aid. Delivers excellent performance at an optimized loading. Possesses low density, lower use cost. Has improved dosage efficiency compared to... view more
Acrylic impact modifier. It is designed to outperform existing vinyl additives across a range of processing conditions. Provides outstanding impact and rheological performance properties. This... view more
PARALOID™ KM-334 by Dow is an acrylic polymer-based compound. Acts as an impact modifier for vinyl building products. Offers very good impact strength and good gloss control. It imparts proven... view more
Acrylic polymer-based compound. Used as and impact modifier for siding, window profiles, pipe and fencing. Offers very good impact strength. Provides gloss control and proven weatherability... view more
Acrylic polylmer. Used as impact modifier for technical film, fence/deck/rail, PVC pipes, PVC plastics, siding and window frames/profiles. Offers very good impact strength. Provides good... view more
Acrylic based polymer. Acts as an impact modifier. Is intended to meet the needs of the vinyl window profile extrusion and compounding industry. Offers 100% impact modifier function or... view more
Acrylic polymer-based compound. Used as an impact modifier for vinyl siding substrate formulations. Imparts both processing and impact performance... view more
Acrylic polymer. Used as impact modifier in development and market recognition of rigid vinyl products, applications range from window frames and housing cladding to garden furniture and drainage... view more
Acrylic impact modifier. Offers excellent impact strength and proven weatherability. Provides high fusion promotion efficiency and low post-extrusion shrinkage or reversion. Used for PVC used in... view more
Acrylic impact modifier. Offers high impact strength, oustanding natural weatherability and control of melt viscoelasticity. Possesses low stress build-up, consistent surface finish, low die swell... view more
Acrylic impact modifier. Has a core shell structure based on a cross-linked butyl acrylate core with a methyl methacrylate shell. The combination of excellent weatherability, high impact, neutral... view more
Acrylic polymer. Acts as a impact modifier. Provides excellent impact resistance, excellent impact retention, and superb processability. Enables a true wood look in vinyl siding and fencing by... view more
Acrylic based polymer. Acts as an impact modifier. Is intended to meet the needs of the vinyl window profile extrusion and compounding industry. Offers 100% impact modifier function or... view more
Acrylic based polymer. Acts as an impact modifier. Is intended to meet the needs of the vinyl window profile extrusion and compounding industry. Offers 100% impact modifier function or... view more
Acrylic polymer. Acts as a impact modifier. Is intended to meet the needs of the vinyl building products extrusion and compounding industry. Offers excellent impact resistance and rheological... view more
Acrylic based polymer. Acts as an impact modifier. Is intended to meet the needs of the vinyl window profile extrusion and compounding industry. Offers 100% impact modifier function or... view more
Acrylic polymer. Acts as a impact modifier. Has excellent ambient and low-temperature impact which enables it to provide outstanding performance in both extruded products such as window profiles and... view more
Acrylic polymer. Used as an impact modifier for window profiles. Offers very high efficiency for high output profile extrusion. Provides both higher impact resistance and high gloss, as well as... view more
Cyclic member of the ethyleneamines family. Used as epoxy curing agent... view more
Isodecyl methacrylate alkyl ester. Offers significant advantages like excellent weatherability, clarity, internal plasticization, low shrinkage on curing and varying degrees of hardness in a wide... view more
Lauryl methacrylate alkyl ester. Offers significant advantages like excellent weatherability, clarity, internal plasticization, varying degrees of hardness and low shrinkage on curing in a wide... view more
Stearyl methacrylate alkyl ester. Offers significant advantages like excellent weatherability, clarity, internal plasticization, low shrinkage on curing and varying degrees of hardness in a wide... view more
Hydroxyethyl methacrylate. Provides hydrophilicity, crosslinking sites and improved adhesion to polymer products... view more
Hydroxypropyl methacrylate (HPMA). Provides hydrophilicity, crosslinking sites and improved adhesion to polymer products... view more
Hydroxyethyl acrylate (HEA). Provides hydrophilicity, crosslinking sites and improved adhesion to polymer products... view more
Hydroxypropyl acrylate (HPA). Provides hydrophilicity, crosslinking sites and improved adhesion to polymer products... view more
Natural oil-based performance polyol. Offers distinctive performance attributes in a variety of applications. In addition to renewable content, this new technology eliminates the odor often... view more
Biocide. Imparts form of an aqueous, flowable and pumpable dispersion. It is miscible with aqueous systems, however, virtually insoluble in water. Used as a film preservative for water-based... view more
High-solids grafted copolymer polyol with high primary hydroxyl content. Offers improved tensile strength and modulus. Provides improved elongation and resiliency. Enhances foam load-bearing... view more
Acrylic foam cell promoter. It is designed to deliver excellent performance at an optimized loading. Possesses high melt strength, high gas containment limit and high melt expansion. Has excellent... view more
Acrylic foam cell promoter. It is designed to enable the extrusion of foam sheet at a density lower than conventional process aid technology. Provides lower gloss and has the potential to allow the... view more
Acrylic foam cell promoter. It was developed for cellular vinyl applications such as free foam sheet where reduction of part density to 0.55 g/cc is desired. Also, it is effective in Celuka process... view more
Chlorinated polyethylene. Used as an impact modifier in rigid polyvinyl chloride (PVC) siding formulations... view more
Chlorinated Polyethylene. Offers very good impact modification. Improves drip resistance. Provides very good processability... view more
Chlorinated polyethylene. Used as an impact modifier for rigid polyvinyl chloride (PVC) siding and pipe. Offers high impact strength, high filler acceptance, and cold temperature ductility. Provides... view more
TYRIN™ 3611E by Dow Chemical is a low viscosity chlorinated polyethylene resin with low crystallinity. Suitable for polymer modification applications in a variety of markets like films, sheets, and... view more
Excellent balance of chemical, heat and flammability resistance in a variety of elastomer applications. Uses in automotive air ducts and hoses, industrial hoses, wire and cable jacketing, general... view more
Chlorinated Polyethylene... view more
Applications
Chlorinated polyethylene... view more
Very high viscosity chlorinated polyethylene. Acts as an impact modifier in PVC extrusion and injection molding applications. Used for rigid PVC applications for windows, profiles, sidings, sheet... view more
Very high viscosity chlorinated polyethylene. Acts as an impact modifier in PVC extrusion and injection molding applications. Used for rigid PVC applications for windows, profiles, sidings, sheet... view more
Chlorinated Polyethylene... view more
Applications
Chlorinated Polyethylene... view more
Applications
TYRIN™ 702P EL by Dow is a chlorinated polyethylene (CPE). Offers resistance to heat, oxidation, and ozone due to their saturated molecular backbone, which is further enhanced by molecular... view more
High viscosity chlorinated polyethylene. Used as an impact modifier for rigid PVC for profiles, sheets and pipes... view more
Chlorinated polyethylene. Used as an impact modifier for wire & cable jacketing. Provides good ignition resistance... view more
TYRIN™ BH9000 by Dow Chemical is a high viscosity chlorinated polyethylene grade with medium crystallinity. Used as an impact modifier for translucent applications and as a fire retardant. Exhibits... view more
Chlorinated polyethylene... view more
Chlorinated Polyethylene. Used for wire & cable jacketing. Provides exceptional heat aging, ozone and oil resistance. Exhibits ignition resistance... view more
Chlorinated Polyethylene... view more
Chlorinated Polyethylene... view more
Chlorinated Polyethylene. Used for wire & cable jacketing. Provides exceptional heat aging, ozone and oil resistance... view more
Chlorinated Polyethylene... view more
Chlorinated Polyethylene. Possesses low sodium content... view more
high viscosity chlorinated polyethylene. Used for heavy duty cable jackets and hoses. Possesses good heat resistance and high extendability... view more
Medium viscosity chlorinated polyethylene. Used for cable jackets and hoses... view more
Chlorinated Polyethylene. Used for cable jackets and hoses. Provides exceptional heat aging, ozone and oil resistance... view more
Chlorinated Polyethylene... view more
TYRIN™ CM631 by Dow is a chlorinated polyethylene (CPE). is used in hose and tubing, ignition-wire jacketing, wire & cable jacketing for power, instrumentation, control, industrial and portable cord... view more
Chlorinated Polyethylene... view more
I completely miscible with water and a wide range of organic solvents, but has only a very slight affinity for certain aliphatic hydrocarbons. Hygroscopic properties. Designed to meet the strict... view more
Mixture of three ethyleneamines. Used as epoxy curing agent... view more
Mixture of four different pentamines and additional higher and lower molecular weight ethyleneamines. Used as epoxy curing agent... view more
Polyether based, highly compatible plasticizer. Designed to provide maximum low temperature flexibility to various types of elastomers including natural rubber, SBR, chloroprene, nitrile, and... view more
Water and organic compound compatibility. Hygroscopic properties. Designed to meet the strict specifications required by applications such as polyester resins, UV-curable resins and plasticizers... view more
Water and organic compound compatibility. Hygroscopic properties... view more
Mixture of four compounds: with close boiling points including linear, branched and two cyclic molecules. Used as epoxy curing agent... view more
Applications
Polyether polyol of high functionality. Offers excellent processing performance. Covers broad density and hardness range in combination with VORALUX™ WH 4043 Polyol. Used in very high-resilience... view more
High-solids grafted copolymer polyol. Contains secondary -OH groups. Offers improved tensile strength and modulus. Offers proprietary finishing for low odor and reduced VOCs. Can be used for... view more
Polyether triol. Offers high resilience, tensile, tear and elongation. It possesses excellent slab processing characteristics enabling a wide variety of densities and hardness using standard HR... view more
Styrene acrylonitrile based copolymer polyol. It is BHT-free and contains 43% solid content. Offers excellent tensile properties, excellent foam color retention during processing. Increased solid... view more
Pure Toluene diisocyanate with 80% 2,4-TDI with 20% 2,6-TDI. Used in elastomers, flexible foams and carpet underlayment... view more
Pure Toluene diisocyanate with 80% 2,4-TDI with 20% 2,6-TDI. It is of higher acidity. Used in elastomers, flexible foams and carpet underlayment... view more
Diol. Used in the manufacture of prepolymers for elastomers that require superior dynamic and mechanical properties... view more
Polypropylene glycol. It is non-neutralized. Offers enhanced prepolymer stability, consistent processing and mechanical properties to the end product. Also allows for the adjustment of curing time... view more
Polypropylene glycol. It is acidified for enhanced prepolymer stability. Offers consistent processing and mechanical properties to the end product. Also allows for the adjustment of curing time... view more
Propylene glycol initiated polyether polyol. Suitable for use in microcellular reaction injection molding (RIM), prepolymers and other polyol blends... view more
Polypropylene glycol. It is acidified for enhanced prepolymer stability. Offers consistent processing and mechanical properties to the end product. Also allows for the adjustment of curing time... view more
Polypropylene glycol of low molecular weight. Offers enhanced prepolymer stability, consistent processing and mechanical properties to the end product. Also allows for the adjustment of curing time... view more
Amine-initiated polyol. Offers fast curing properties and reduced catalyst loading. Compatible with polybutadiene based polyols... view more
Polyether polyol (EO capped). It is a fast reactivity polyol with medium hydroxyl content. It is non-neutralized. Offers enhanced prepolymer stability, consistent processing and mechanical... view more
Lonza Biocides
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