PALMESTER 3976 by KLK OLEO is pentaerythritol tetrastearate derived from renewable vegetable oils. It exhibits excellent lubricating properties internally and/or externally in PC and most... view more

PALMOWAX Ethylene Bis Stearamide (EBS) by KLK OLEO is derived from renewable vegetable oils. It exhibits excellent lubricating properties internally and/or externally in most plastics such as ABS... view more

PALMOWAX SPO by KLK OLEO is ethylene bis-oleoamide derived from renewable vegetable oils. It exhibits excellent lubricating properties internally and/or externally in EVA and engineering plastics... view more

PALMOWAX SR by KLK OLEO is ethylene bis-stearamide (EBS) derived from renewable vegetable oils. It enhances softening point, increases flow and adhesion in bitumen & asphalt. It functions as slip &... view more

Biostrength® 150 by Arkema is a core shell impact modifier. It increases impact strength of polylactic acid for use in sheet extrusion, calendering, injection molding and thermoforming. It retains... view more

Biostrength® 280 by Arkema is an acrylic core shell impact modifier. It increases impact strength of polylactic acid extruded, calendered, blow molded and thermoformed articles. It maintains low... view more

Biostrength® 282 by Arkema is an acrylic core shell impact modifier in pellet form. It increases impact strength of polylactic acid extruded, calendered, blow molded and thermoformed articles while... view more

Biostrength® 900 by Arkema is an acrylic copolymer. It acts as a processing aid. It improves metal release and enhances processability of polylactic acid (PLA). It maintains high clarity in PLA at... view more

Biostrength® 700 by Arkema is an acrylic copolymer. It acts as a processing aid. It improves melt strength and enhances processability of polylactic acid (PLA). It is transparent in PLA at typical... view more

PARALOID™ EXL-2330 Impact Modifier by Dow is a general purpose all acrylic core-shell impact modifier. It provides excellent balance of impact resistance and modulus retention in a variety of... view more

PARALOID™ EXL-2335 Impact Modifier by Dow is an UV and heat-resistant impact modifier and butyl acrylate-based toughener. It offers excellent thermal stability and good balance of toughness &... view more

PARALOID™ EXL-3330 by Dow is a general purpose all acrylic core-shell impact modifier providing an excellent balance of impact resistance and modulus retention. It provides high impact strength and... view more

GRAFTALLOY™ EB-PS 00700 by Graft Polymer is a high performance polymer alloy, consisting of ethylene butyl acrylate with chemically bound polystyrene. It acts as an impact modifier. It offers... view more

GRAFTALLOY™ EB-SAN 00700 by Graft Polymer is a high performance polymer alloy, consisting of ethylene butyl acrylate with chemically bound styrene acrylonitrile. It acts as an impact modifier. It... view more

Camel-Fine™ ST by Imerys is treated grounded calcium carbonate. It improves mechanical, rheological, optical and dispersion properties. The coating also makes these fine products less susceptible to... view more

CirKular+™ C1000 by KRATON is a multi-resin compatibilizer and performance enhancement additive for upcycling mixed post-consumer resin (PCR) and post-industrial resin (PIR) recycling streams. It... view more

CirKular+™ C1010 by KRATON is a multi-resin compatibilizer and performance enhancement additive for upcycling mixed post-consumer resin (PCR) and post-industrial resin (PIR) recycling streams. This... view more

CirKular+™ C1010 (50% recycled) by KRATON is a multi-resin compatibilizer and performance enhancement additive for upcycling mixed post-consumer resin (PCR) and post-industrial resin (PIR) recycling... view more

CirKular+™ C2000 by KRATON is a multi-resin compatibilizer and performance enhancement additive for upcycling mixed post-consumer (PCR) and post-industrial (PIR) polyolefinic streams suitable for... view more

Compatibilizer, repairing agent, hydrolysis resistance agent and coupling agent. It improves the compatibility of the immiscible polymers to ameliorate the morphology and resulting properties of the... view more