Plastic impact-modified for cold endurance weatherability and humidity-heat resistance
Plastic impact-modified for cold endurance weatherability and humidity-heat resistance
▌ Siloxane-acrylate copolymer
KINGFOX USI-3301 is Silicone-acrylate copolymer impact modifier, the siloxane content is about 20% Plastic midified for cold endurance weatherability It can be used for modification of engineering plastics PC、PC ABS、PC ASA、PC PBT ectIt is recom
▌ Siloxane-acrylate copolymer
KINGFOX USI-3308 is Colorability silicone impact modifier, the siloxane content Is about 10% It can be used for easily pigmentable,durable impact modifier, weatherability impact resistance modification of engineering plastics,PC、PC ABS、PC ASA、P
▌ Siloxane-acrylate copolymer
Enhanced low temperature impact resistance while also having good balance between impact strength and elastic modulus ; Excellent chemical resistance ; Excellent high-temperature heat resistance
▌ Siloxane-acrylate copolymer
This high-anhydride-density ethylene-maleic anhydride alternating copolymer has no free MAH migration or VOC, offering interfacial modification, crosslinking, sizing and dispersion as an eco-friendly additive for advanced composites, electronics and biome
▌ EMA
Electronic encapsulation, high-frequency high-speed CCL, high-temperature adhesives and adhesive films; compatible with both UV-curing and thermal curing
▌ BMI
It addresses the brittleness drawback of epoxy resins and substantially improves the mechanical properties of materials, without impairing the Tg (glass transition temperature) of cured products Main application areas include prepreg (PP), glass fiber co
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This product is halogen-free and environmentally friendly with high Tg, low Dk Df for high-speed signal transmission It is compatible with multiple systems including epoxy and engineering plastics, RoHS REACH compliant, and exhibits excellent thermal sta
▌ Phosphorus
It imparts materials with excellent heat resistance and high glass transition temperature (Tg) It features both gas-phase and condensed-phase flame retardant mechanisms, good low-dielectric properties (low Dk and low Df), while retaining favorable mechan
▌ Phosphorus
melting point 160–170 °C1 Reactive Halogen-Free Flame Retardants: Polyester or nylon backbones are incorporated t
▌ Phosphorus
Our BINAP-type chiral ligands serve asymmetric catalysis for high-end pharmaceuticals We supply optoelectronic materials for high-performance light-emitting and charge transport in OLED and TADF devices We have developed halogen-free flame-retardant res
▌ Phosphorus
High Flame RetardancyReactive TypeExcellent Heat ResistanceGood ProcessabilityLow Smoke & Low ToxicityWide Polymer Com
▌ ReactiveType
Novel hyperbranched silicone FR, free of sulfonates &inorganic salts;long-term flame retardancy with solo use Improves PC low-temperature toughness &impactresistance
▌ organosiloxane type
KINGFox UsI-3305x exhibitsexcellent low-temperature impactresistance, weather resistance, andhydrolysis resistance, while also offering outstanding colorability and flame retardancyom
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KINGFOX USI-3310 enables impact modification while maintaining colorability additionally,with exceptional weatherablity and chemical resistance,it is ideally suited for applications requiring no additional coating
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SA-ZPV(Transesterification inhibitor) is an alkyl phosphate-type resin processing stabilizer that prevents resin degradation during processing In resin processing, SA-ZPV effectively suppresses the activity of residual catalysts in polyesters
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YIMA SFR-Si932 is one of the organic silicone flame retardant synergists series, enhancing the flame retardancy of transparent PC
▌ organosiloxane type
FLYHO KSI-404B is one of the fluorine-free anti-dripping additives ,It solves the problem of the presence of prohibited substances PFAS in the PC flame-retardant system In the PC flame-retardant system, it is recommended to add it at a mass r
▌ PTFE