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Epoxy Core-Shell Impact Modifier TMS-2670J, Acrylic Core-Shell for Epoxy Structural Adhesive Composite
TMS-2670J is an acrylic core-shell impact modifier designed for epoxy resin systems. It is supplied as white free-flowing powder. The product has a structured core-shell morphology that helps absorb impact energy and improve fracture toughness while maintaining good compatibility with epoxy matrices. It is widely used in epoxy structural adhesives, composite matrices and high-performance industrial epoxy formulations.
PVC Impact Modifier KM-334, Acrylic/MBS for Rigid PVC Window Profile Pipe Sheet
KM-334 is acrylic/MBS-based impact modifier for rigid PVC, supplied as white free-flowing powder. It has good compatibility with PVC resin and can disperse uniformly in the compound system. This product introduces toughening rubber phase into PVC matrix, effectively absorbing impact energy and preventing crack propagation. It enhances low-temperature impact resistance and fracture toughness while maintaining good rigidity and surface quality. KM-334 is widely used in rigid PVC window profiles, p
PVC Acrylic Processing Aid K-120ND, Dispersible Acrylic for Fusion Melt Flow Extrusion Calendering
K-120ND is acrylic-based processing aid for PVC, supplied as fine white free-flowing powder. It has excellent dispersibility in PVC resin system. This product promotes uniform plastic fusion, stabilizes melt flow and improves melt elasticity during processing. It reduces processing defects and enhances surface smoothness of finished PVC products. K-120ND is widely used in rigid PVC extrusion and calendering processes for profiles, sheets and pipes.
SEBS Styrenic Block Copolymer, Hydrogenated S-EB-S for Plastic Toughening Weatherable Adhesive Sealant
SEBS is hydrogenated styrene-ethylene-butylene-styrene block copolymer, available in pellet form. It is made by hydrogenating the polybutadiene segment of SBS, removing unsaturated double bonds from molecular chains. This hydrogenated structure greatly improves UV resistance, thermal aging resistance and weatherability compared with conventional SBS. SEBS functions as elastomeric toughener for polyolefin plastics. It is also widely used to formulate weather-resistant adhesives and sealants for o
SBS Styrenic Block Copolymer, Styrene-Butadiene-Styrene for Asphalt Modification Adhesive Shoe Rubber
SBS is styrene-butadiene-styrene thermoplastic styrenic block copolymer, supplied as free-flowing pellets or crumb. Its molecular structure consists of hard polystyrene end blocks and flexible polybutadiene midblocks. This two-phase structure provides rubber-like elasticity at ambient temperature and thermoplastic melt processability upon heating. SBS enhances elasticity, tensile strength and low-temperature flexibility when blended into asphalt, adhesives and shoe rubber formulations. It is a c
APAO Toughener 206, Amorphous Poly-Alpha-Olefin for Hot Melt Adhesive PP Polyester Metal Bonding
APAO Toughener 206 is amorphous poly-alpha-olefin resin, supplied as pellets or lumps. It has non-crystalline polyolefin molecular structure with excellent adhesion to low-surface-energy polypropylene, as well as polyester and metal materials. It acts as base resin and toughening component in hot melt adhesive formulations. APAO 206 optimizes melt viscosity, peel strength and thermal stability of hot melt adhesives. It is widely used for packaging, assembly and industrial bonding applications.
Polyamide Elastomer Toughener PEBA, Rigid PA + Flexible Polyether Block for Engineering Plastic Low-Density High-Rebound
PEBA is polyether block polyamide elastomer, supplied as free-flowing pellets. It consists of rigid polyamide segments and flexible polyether blocks in its molecular chain. This unique structure combines high elasticity, low density and excellent rebound property. When blended with engineering plastics, PEBA delivers outstanding toughening effect without adding excessive weight. It improves impact resistance and flexibility of finished parts. PEBA is widely used for compounding high-performance
POE-g-MAH Toughener GR216, MAH-Grafted POE for Nylon PA Alloy Impact Modification
GR216 is maleic anhydride grafted POE toughener supplied as free-flowing pellets, designed for impact modification of polyamide alloy systems. The grafted MAH functional groups chemically react with terminal amine groups of nylon resin during twin-screw melt compounding, establishing strong interfacial bonding between POE elastomer and PA matrix. The flexible POE backbone efficiently absorbs impact energy, greatly enhancing toughness of PA alloys. GR216 minimizes brittle fracture risk for neat,
POE-g-MAH Compatibilizer N493, Maleic Anhydride Grafted POE for Nylon PA/PP Alloy Engineering Plastic
N493 is maleic anhydride grafted POE compatibilizer supplied as free-flowing pellets, specially developed for nylon and polypropylene alloy systems. The grafted MAH functional groups can react with amine end groups of nylon during twin-screw melt compounding, forming strong chemical bonds at the phase boundary. The flexible POE backbone provides impact toughening effect simultaneously. N493 reduces phase separation of immiscible PA and PP, refines dispersed phase size, enhances notched impact st
Nylon Low-Temp Toughener IM800, MAH-Grafted Polyolefin for Cold-Resistant PA Low-Temp Impact
IM800 is maleic anhydride grafted polyolefin toughener in pellet form, designed specifically for cold-resistant nylon formulations. Grafted MAH functional groups react with amine end-groups of PA resin during twin-screw extrusion to create strong interfacial bonding. Its customized elastic polyolefin backbone retains flexibility under low-temperature conditions, delivering outstanding low-temperature impact performance. IM800 effectively reduces brittle fracture risk of PA components in cold env
Nylon High-Flow Toughener IM300, MAH-Grafted Polyolefin for Thin-Wall PA High-Flow Impact
IM300 is maleic anhydride grafted polyolefin toughener supplied as free-flowing pellets, engineered specially for thin-wall polyamide applications. The grafted MAH functional groups react with terminal amine groups of nylon resin during twin-screw compounding to build strong interfacial bonding. Its optimized molecular structure preserves high melt flow while providing effective impact toughening performance. IM300 solves filling difficulty and brittleness problems for thin-wall PA molded parts,
Polyamide Impact Modifier 4700, Reactive Terpolymer for Nylon PA Toughening General-Purpose
4700 is a general-purpose reactive terpolymer impact modifier supplied as free-flowing pellets, specially designed for polyamide nylon toughening. Its reactive functional groups chemically bond with terminal groups of PA resin during twin-screw extrusion. The flexible polymer backbone absorbs impact energy efficiently. It upgrades notched impact strength of neat PA, glass-filled and mineral-filled nylon grades while keeping balanced rigidity and heat resistance. This universal toughening additiv
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