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Epoxy Core-Shell Rubber Toughener MX-154, Nano CSR in Bisphenol A Epoxy for Structural Adhesive Composite

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

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
PC Alloy Toughener EXL-2390, Acrylic Core-Shell for PC PC/ABS Impact Modification Engineering Plastic

PC Alloy Toughener EXL-2390, Acrylic Core-Shell for PC PC/ABS Impact Modification Engineering Plastic

EXL‑2390 is a high‑performance all‑acrylic core‑shell impact modifier specifically designed for PC and PC/ABS alloy modification. With optimized rubber core and hard acrylic shell microstructure, this toughening agent achieves outstanding dispersion within polycarbonate‑based matrix during twin‑screw extrusion. It effectively elevates room‑temperature and low‑temperature notch impact strength, while minimizing negative influence on modulus, heat‑resistance and weather‑aging property of finished
Acrylic Core‑Shell Impact Modifier EXL‑2330 for Glass‑Filled Nylon PC Alloy

Acrylic Core‑Shell Impact Modifier EXL‑2330 for Glass‑Filled Nylon PC Alloy

EXL‑2330 is a high‑performance acrylic core‑shell impact modifier produced as free‑flowing discrete particles. Designed for reinforced engineering plastic systems, it effectively mitigates notch brittleness for glass‑filled nylon and PC alloy. Its special discrete‑particle morphology prevents agglomeration during feeding and twin‑screw extrusion. While boosting low‑temperature toughness, it retains satisfactory thermal‑deformation performance of modified resins. This toughening additive is widel
Acrylic Core-Shell Toughener EXL-2314, Crosslinked PBA Core PMMA Shell for Epoxy PBT PET PA PLA Engineering Plastic

Acrylic Core-Shell Toughener EXL-2314, Crosslinked PBA Core PMMA Shell for Epoxy PBT PET PA PLA Engineering Plastic

EXL‑2314 is a cross‑linked acrylic core‑shell impact modifier featuring a flexible polybutyl acrylate rubber core and rigid PMMA outer shell. The core‑shell microstructure delivers efficient energy‑absorbing capacity during material fracture. It is specially developed for modification of multiple engineering resins including epoxy, PBT, PET, PA and PLA. The modifier shows good dispersion within polymer matrix without severely deteriorating heat‑resistance or modulus of finished plastic parts. It
Thermoplastic Copolyester Toughener, High-Molecular-Weight for Hot Melt Adhesive Solvent-Based Adhesive

Thermoplastic Copolyester Toughener, High-Molecular-Weight for Hot Melt Adhesive Solvent-Based Adhesive

Thermoplastic Copolyester Toughener is a high‑molecular‑weight polymeric modifier designed for adhesive systems. It improves impact resistance, peel strength and flexibility of cured adhesive layers without severely sacrificing thermal stability. This resin‑type toughening additive can be dissolved in suitable organic solvents or melted during hot‑melt processing. It is widely incorporated into hot‑melt adhesives and solvent‑based adhesive formulations for industrial bonding applications. JSY pr
Polyester Polyol Moisture-Cure Hot Melt Adhesive, for PU Sealant Woodworking Automotive Textile

Polyester Polyol Moisture-Cure Hot Melt Adhesive, for PU Sealant Woodworking Automotive Textile

Polyester Polyol is a core hydroxyl‑terminated intermediate formulated for manufacturing moisture‑cure hot‑melt adhesives. It reacts with isocyanate components to build polyurethane molecular networks. This polyol delivers balanced hardness, flexibility and thermal resistance for finished adhesive systems. It serves as a critical raw material for producing PU sealants as well as woodworking, automotive and textile bonding adhesives. JSY offers consistent bulk supply for polyurethane formulators
Polyester Plasticizer MW 2000, High-Molecular-Weight Extraction-Resistant for Premium PVC Automotive Cable

Polyester Plasticizer MW 2000, High-Molecular-Weight Extraction-Resistant for Premium PVC Automotive Cable

Polyester Plasticizer MW 2000 is a high‑molecular‑weight polymeric adipate‑based plasticizer for demanding flexible‑PVC formulations. Thanks to its longer polymer‑chain structure, it offers outstanding extraction‑resistant and anti‑migration properties. This grade prevents plasticizer loss when finished components contact oil and solvents. It is mainly deployed for premium PVC compounds and automotive cable insulation, supporting consistent bulk export supply from JSY to industrial compounders.
Polyester Plasticizer MW 1600, Adipate Polyol Low-Migration Oil-Resistant for PVC Automotive Sealant

Polyester Plasticizer MW 1600, Adipate Polyol Low-Migration Oil-Resistant for PVC Automotive Sealant

Polyester Plasticizer MW 1600 is a polymeric adipate polyol plasticizer developed for industrial PVC and automotive sealant systems. It delivers low-migration performance and good oil resistance compared with certain monomeric plasticizers. This grade helps maintain flexibility and reduces property loss under long-term service conditions. It is suitable for formulators producing flexible PVC compounds, automotive seals and oil-resistant industrial polymer parts. JSY provides bulk industrial supp
DIDP Plasticizer, Diisodecyl Phthalate High-Temp Low-Volatility for Cable Automotive Interior

DIDP Plasticizer, Diisodecyl Phthalate High-Temp Low-Volatility for Cable Automotive Interior

DIDP (Diisodecyl Phthalate, CAS 26761‑40‑0) is a high‑molecular‑weight primary phthalate plasticizer. It features low volatility and excellent high‑temperature ageing resistance for flexible PVC. This industrial‑grade plasticizer reduces fogging risk for interior components, and it is primarily formulated for PVC cable insulation and automotive interior polymer parts. It supports stable bulk supply for industrial compounders worldwide.
DBP Plasticizer CAS 84-74-2, Dibutyl Phthalate Low-Viscosity Fast-Fusing for PVC Nitrocellulose Adhesive

DBP Plasticizer CAS 84-74-2, Dibutyl Phthalate Low-Viscosity Fast-Fusing for PVC Nitrocellulose Adhesive

DBP (Dibutyl Phthalate, CAS 84‑74‑2) is a low‑molecular‑weight phthalate plasticizer noted for low viscosity and fast‑fusing performance. It delivers excellent solvency for PVC resin, nitrocellulose and adhesive systems. This industrial‑grade plasticizer is widely used to soften polymer compounds and improve processing fluidity. It serves industrial formulators across multiple regions with reliable bulk chemical supply.
DOP DEHP Plasticizer CAS 117-81-7, Dioctyl Phthalate General-Purpose for PVC Cable Leather Film

DOP DEHP Plasticizer CAS 117-81-7, Dioctyl Phthalate General-Purpose for PVC Cable Leather Film

DOP (Dioctyl Phthalate / DEHP), chemically named Bis(2-ethylhexyl) phthalate, is the most widely used general-purpose phthalate plasticizer. It is a clear, colorless, low-volatility oily liquid with excellent compatibility with PVC resins, imparting high flexibility, good processability and durable low-temperature performance to end products. DOP is the baseline plasticizer against which all other general-purpose plasticizers are measured.

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