Impact Modifier ACM-01 is a grafted copolymer of light-chlorinated HDPE and acrylate with structure of CPE-grafted-polyacrylate. Compared to CPE, ACM has faster fusion and higher elongation rate at break. Its main function is to enhance the impact strength under low temperature and to promote the fusion property of PVC blend. It can bring the best toughness to PVC products than other PVC additives.

Impact modifier ACM-02 is a grafted copolymer of light-chlorinated HDPE and acrylate with structure of CPE-grafted-polyacrylate. Compared to CPE, ACM has faster fusion and higher elongation rate at break. Its main function is to enhance the impact strength under low temperature and to promote the fusion property of PVC blend. It can bring the best toughness to PVC products than other PVC additives.

Impact modifier ACM-03 is a grafted copolymer of light-chlorinated HDPE and acrylate with structure of CPE-grafted-polyacrylate. Compared to CPE, ACM has faster fusion and higher elongation rate at break. Its main function is to enhance the impact strength under low temperature and to promote the fusion property of PVC blend. It can bring the best toughness to PVC products than other PVC additives.

Impact modifier ACM-04 is a grafted copolymer of light-chlorinated HDPE and acrylate with structure of CPE-grafted-polyacrylate. Compared to CPE, CRA has faster fusion and higher elongation rate at break. Its main function is to enhance the impact strength under low temperature and to promote the fusion property of PVC blend. It can bring the best toughness to PVC products than other PVC additives.

CM35H, Highest molecular weight, relatively narrow molecular weight distribution, highest Mooney viscosity and best physical performances.

CM35L, Medium to low molecular weight, Mooney viscosity between 50 and 65, superior mechanical performances, applied in many fields and with good processibility

CM40,Very high viscosity, high chlorine content , good flame retardancy and oil resistance

CM40L,Low Mooney viscosity , wide molecular weight distribution, easy for processing and formulation and good sticking force with surface of other materials.

SE1200 is designed to get very high Elogation at break. Faster gelation, most suitable in blends with acrylic impact modifiers,to achieve a desirable combination of ductile impact and processing performance.It can get very good low-temperature impact performance and flexibility.

CM30,High molecular weight, superior mechanical performance, high modules, low chlorine content, excellent low temperature property, excellent absorption ability to filler.

This product is a random and saturated thermoplastic resin with minimal residual crystal and lowest molecule weight . It has very good processing flowing property and can be blended with ABS, PC, PE, PP and PVC in any ratio. Especially recommended for Flame Retardant ABS.

CPE-135A is general impact modifier with high molecular weight, superior mechanical performance; General impact modifier for rigidplastic products.

CPE-135B, Medium molecular weight, Mooney viscosity between 70 and 80, superior mechanical performances, good processibility, quick extrusion and good final product outlook.

This product is a random and saturated thermoplastic resin with minimal residual crystal and lowest molecule weight . It has very good processing flowing property and can be blended with ABS, PC, PE, PP and PVC in any ratio. Especially recommended for Flame Retardant ABS.

CM30,High molecular weight, superior mechanical performance, high modules, low chlorine content, excellent low temperature property, excellent absorption ability to filler.

Lowest molecular weight, suitable crystallinity, good compatibility with ABS, best rheological property, suitable for production of molded products, Used as a flame retardant and compatibilier in ABS.

CPE6070 is Lower molecular weight than 8090, most suitable for mixing with AIM as impact modifier or complete substitution of AIM.

CPE-8090 is Lower molecular weight than 135A, better processibility, suitable for higher speed extrusion.