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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
High-Reactivity GMA Terpolymer AX8670T, EVA-GMA for Engineering Plastic Alloy Compatibilizer
AX8670T is high-reactivity EVA-GMA terpolymer supplied as free-flowing pellets. Glycidyl methacrylate functional groups on polymer chains can react with carboxyl and amine terminal groups of polar engineering plastics during twin-screw compounding. It functions as both compatibilizer and toughener for immiscible polymer blends. AX8670T reduces phase separation, refines dispersed phase size, boosts impact strength and improves dimensional stability of engineering plastic alloys. It is widely used
GMA Reactive Toughener AX8900, High GMA Content for Nylon PBT PET Alloy
AX8900 is high GMA content ethylene-acrylate-GMA reactive terpolymer supplied as free-flowing pellets. Abundant glycidyl methacrylate functional groups enable strong chemical reaction with terminal groups of nylon, PBT and PET during twin-screw compounding. It serves both as compatibilizer and impact modifier for multi-phase engineering plastic alloys. AX8900 eliminates phase separation, improves dispersion of blended polymers, and raises notched impact strength while keeping balanced thermal an
GMA Reactive Toughener AX8840, Ethylene-Acrylate-GMA Terpolymer for PPS Engineering Plastic Impact Modification
AX8840 is a reactive GMA functionalized terpolymer toughener based on ethylene-acrylate-GMA backbone. The glycidyl methacrylate groups provide reactive bonding sites to form strong chemical linkage with PPS matrix during twin-screw compounding. It effectively boosts notched impact strength of PPS compounds without heavy loss of heat resistance and modulus. AX8840 solves brittleness issues of filled and reinforced PPS grades, suitable for high-performance engineering plastic compounding for autom
Silicone Core-Shell Epoxy Toughener MX-962, Silicone Rubber Core Predispersed in Epoxy for Low-Temp Flexibility Weatherability
MX‑962 is a ready‑to‑use liquid toughening masterbatch with silicone‑based core‑shell rubber particles uniformly predispersed inside epoxy carrier resin. Different from conventional acrylate or butadiene CSR grades, its silicone rubber core delivers outstanding low‑temperature elasticity and excellent weather‑aging resistance. This toughener relieves internal thermal stress within cured epoxy networks, improves fracture toughness at cold service conditions, and enhances long‑term outdoor weather
Cycloaliphatic Epoxy Toughener MX-553, CSR in Cycloaliphatic Epoxy for LED Encapsulation Optical Epoxy
MX‑553 is a ready‑to‑use liquid toughening masterbatch where nano core‑shell rubber (CSR) particles are uniformly predispersed inside cycloaliphatic epoxy carrier. Different from conventional bisphenol‑A‑based CSR masterbatches, the cycloaliphatic epoxy matrix delivers excellent light transmittance and low yellowing tendency under long‑term illumination. This toughener effectively enhances fracture toughness and thermal‑shock resistance of cured optical epoxy without severely sacrificing transpa
Epoxy Toughener MX-257, CSR Predispersed System for Structural Adhesive Composite Impact Resistance
MX‑257 is a liquid epoxy masterbatch with nano core‑shell rubber (CSR) uniformly predispersed inside epoxy resin carrier. The pre‑dispersed rubber particles eliminate high‑energy grinding and complex dispersion procedures for formulators. This toughener greatly improves impact resistance, fracture toughness and peel strength of cured epoxy matrix, while maintaining acceptable thermal performance and modulus. MX‑257 is designed for formulating high‑strength structural adhesives and advanced fiber
Low-Viscosity Epoxy Toughener MX-160, Core-Shell Rubber in Low-Viscosity Epoxy for Casting Potting
MX‑160 is a liquid core‑shell rubber (CSR) toughening masterbatch based on low‑viscosity epoxy carrier. Nano core‑shell rubber particles are uniformly pre‑dispersed within the low‑viscosity epoxy matrix, eliminating high‑shear mixing operations for formulators. This product delivers effective toughening performance without sharply raising overall system viscosity, which is critical for casting and potting processes requiring good flowability. It enhances crack resistance and thermal‑shock endura
Epoxy Core-Shell Rubber Toughener MX-154, Nano CSR in Bisphenol A Epoxy for Structural Adhesive Composite
MX‑154 is a ready‑to‑use liquid toughening masterbatch containing nano‑sized core‑shell rubber (CSR) uniformly predispersed within bisphenol‑A epoxy resin carrier. The fine nano rubber phase removes the necessity for high‑shear grinding and lengthy dispersion work at customer formulation sites. When incorporated into epoxy matrix, MX‑154 boosts fracture toughness, peel strength and cyclic fatigue resistance. It retains favorable thermal‑resistance and glass‑transition temperature of cured epoxy
Epoxy Core-Shell Rubber Toughener MX-154, Nano CSR in Bisphenol A Epoxy for Structural Adhesive Composite
MX‑154 is a liquid epoxy toughening masterbatch with finely dispersed nano‑sized core‑shell rubber (CSR) particles within bisphenol‑A epoxy carrier resin. The nano‑scale CSR particles eliminate labor‑intensive high‑shear grinding during epoxy compounding. This toughener effectively enhances fracture toughness, peel strength and fatigue performance of cured epoxy systems, while maintaining original thermal‑resistance and glass‑transition temperature. MX‑154 is formulated for high‑end structural a
Epoxy Core-Shell Rubber Toughener MX-153, CSR Predispersed in Bisphenol A Epoxy for Structural Adhesive CFRP
MX‑153 is a liquid core‑shell rubber (CSR) toughening masterbatch with nano‑sized rubber particles pre‑dispersed inside bisphenol‑A epoxy resin carrier. It eliminates complicated high‑shear dispersion work during epoxy formulation. This toughener effectively upgrades fracture toughness, peel strength and thermal‑cycle performance, while largely preserving the original thermal resistance and modulus of cured epoxy systems. MX‑153 is targeted for high‑grade structural adhesive and CFRP composite f
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