High rubber content acrylonitrile-butadiene-styrene copolymer. Used as a modifier for improving process ability (extrusion, thermoforming, calendering operations), thermal resistance, tensile and... view more

Acts as a secondary antioxidant. Is particularly decomposes hydroperoxides, formed by auto-oxidation of polymers and neutralizes them. Used in polyolefins and other polymers requiring long term heat... view more

5770 by GCH Technology acts as a UV stabilizer. It is compatible with polyolefins, PS, HIPS, ABS, SAN, polyurethanes, polyamides and polyacetals. Used for the UV stabilization of tapes and thick... view more

Blendex® 101 by Galata Chemicals (Artek) is a high quality ABS impact modifier resin. Used in PVC automotive dashboard film , PVC film packaging , furniture veneers and PVC cable compounds. Improves tensile... view more

Blendex® 101S by Galata Chemicals (Artek) is a high quality ABS impact modifier resin. Used in PVC automotive dashboard film , PVC film packaging , furniture veneers and PVC cable compounds. Improves tensile... view more

Blendex® 102S by Galata Chemicals (Artek) is an ABS modifier resin. Used for automotive applications such as crash pad film, dashboard covers, consoles, window liners and door liners. Offers low fog/condensate... view more

High heat ABS resin. Increase of the service temperature of PVC and other polymer blends. Compatibility with PVC at all concentrations. A heat distortion modifier and an impact modifier for... view more

ABS general purpose modifier resin. Used in automotive instrument panel skins , automotive door panel skins and for calendered ABS film for cap stock. Improves melt strength, grain retention and... view more

Dragonox -697 by Guangzhou Flying Dragon is 2,2’-oxamidobis[ethyl 3-(3,5-di-t-butyl-4-hydroxyphenyl) propionate. Acts as sterically hindered phenolic antioxidant and metal deactivator. It is non-discoloring and... view more

MIKROFINE® ADC-F1 by HPL Additives is azodicarbonamide. Acts as a blowing agent. It is a free flowing powder providing minimum agglomeration. Offers excellent dispersion. It can be incorporated into... view more

Azodicarbonamide. Acts as a blowing agent. It is a free flowing powder providing minimum agglomeration. Offers excellent dispersion. It can be incorporated into rubber compounds at the end of the... view more

HEUCODUR® Black 940 by Heubach is a chromium iron oxide. It is a black inorganic pigment. Provides good heat-, solvent-, acid- and alkali resistance. Exhibits light-and weather fastness. It absorbs in the... view more

HEUCODUR® Blue 545 by Heubach is a cobalt chromite blue green. It is an inorganic pigment. Provides good heat-, solvent-, acid- and alkali resistance. Exhibits light-and weather fastness. It absorbs in... view more

HEUCODUR® Brown 855 by Heubach is a chromium iron oxide. It is a brown inorganic pigment. Provides good heat-, solvent-, acid- and alkali resistance. Exhibits light-and weather fastness. It absorbs in the... view more

HEUCODUR® - Green 654 by Heubach is a cobalt titanate green spinel. It is an inorganic pigment. Provides good heat-, solvent-, acid- and alkali resistance. Exhibits light-and weather fastness. It absorbs in... view more

HEUCODUR® PLUS - Yellow 154 by Heubach is a nickel antimony titanium yellow. Is an inorganic pigment. Provides good heat-, solvent-, acid- and alkali resistance. Exhibits light-and weather fastness. It absorbs in... view more

Kane Ace™ IM 130P by Kaneka is an acrylic copolymer. Acts as impact modifier, heat stabilizer and UV absorber. It is based on pure acrylic core-shell rubber particles, provides an excellent balance of... view more

Kane Ace™ IM 140P by Kaneka is an acrylic copolymer. Acts as impact modifier, heat stabilizer and UV abosorber. It is based on pure acrylic core-shell rubber particles, provides an excellent balance of... view more

Kane Ace™ M410 by Kaneka is an acrylic copolymer. Acts as impact modifier, heat stabilizer and UV absorber. It provides an excellent balance of impact resistance, modulus and viscosity with an... view more