Solution: PVC Impact Modifiers
PVC Impact Modifiers are additives used to enhance the impact resistance and toughness of PVC materials. They work by modifying the molecular structure of PVC resin, significantly improving the material’s impact resistance, reducing brittleness, and enhancing its durability in high-stress environments. Our FORMOSA brand PVC impact modifiers are specifically designed to improve the impact strength and toughness of PVC materials, widely used in the production of PVC pipes, profiles, cables, automotive parts, and more, helping to improve product performance and long-term stability.
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FORMOSA K-210
Overview
PVC Impact Modifier
Silicone rubber/acrylate co-polymer FORMOLON K-210 is used for general plastics and engineering plastics. According to well dispersion in resin, it can improve impact strength, surface appearance, help obtain excellent weathering resistance, good processing performance and high productivity, etc.Brand
FORMOSA
Model No
K-210
Application
Silicone rubber/acrylate co-polymer FORMOLON K-210 is used for general plastics and engineering plastics. According to well dispersion in resin, it can improve impact strength, surface appearance, help obtain excellent weathering resistance, good processing performance and high productivity, etc.Specifications
Appearance White Bulk Density (g/cm³) 0.36 min Volatility (%) 1.0 max Foreign Particles (PC/100g) 30 Max Particle Size on 16 mesh sieve (%) 1.0 Max Notched IZOD Impact
(23℃ at Dosage 4％ (Kg-cm/cm)40 min Notched IZOD Impact
(-15C at Dosage 4％ (Kg-cm/cm)MI
Melt Flow Index (240 ℃ @ 5 kg, 4% addition) (g/10 min) -
FORMOSA M-505
Overview
PVC Impact Modifier
Butadiene series impact modifier M-505Brand
FORMOSA
Model No
M-505
Application
Butadiene series impact modifier M-505Specifications
Appearance White Bulk Density (g/cm³) 0.3 min Volatility (%) 1.0 max Heat Stability 2.0 Tensile Strength (Kg/cm²) 597 Elongation at Break (%) 380 Vicat Temperature (℃) 85.3 Hardness(Shore D) 75-78 -
FORMOSA M-61
Overview
PVC Impact Modifier
Butadiene series impact modifier M-61Brand
FORMOSA
Model No
M-61
Application
Butadiene series impact modifier M-61Specifications
Appearance White Bulk Density (g/cm³) 0.3 min Volatility (%) 1.0 max Heat Stability 3.0 Tensile Strength (Kg/cm²) 541 Elongation at Break (%) 335 Vicat Temperature (℃) 85.7 Hardness(Shore D) 76-78 -
FORMOSA M-51
Overview
PVC Impact Modifier
Butadiene series impact modifier M-51Brand
FORMOSA
Model No
M-51
Application
Butadiene series impact modifier M-51Specifications
Appearance White Bulk Density (g/cm³) 0.3 min Volatility (%) 1.0 max Heat Stability 3.0 Tensile Strength (Kg/cm²) 590 Elongation at Break (%) 358 Vicat Temperature (℃) 85.6 Hardness(Shore D) 75-78 -
FORMOSA M-48
Overview
PVC Impact Modifier
Butadiene series impact modifier M-48Brand
FORMOSA
Model No
M-48
Application
Butadiene series impact modifier M-48Specifications
Appearance White Bulk Density (g/cm³) 0.3 min Volatility (%) 1.0 max Heat Stability 2.5 Tensile Strength (Kg/cm²) 585 Elongation at Break (%) 385 Vicat Temperature (℃) 85.5 Hardness(Shore D) 75-78 -
FORMOSA M-41
Overview
PVC Impact Modifier
Butadiene series impact modifier M-41Brand
FORMOSA
Model No
M-41
Application
Butadiene series impact modifier M-41Specifications
Appearance White Bulk Density (g/cm³) 0.3 min Volatility (%) 1.0 max Heat Stability 3.0 Tensile Strength (Kg/cm²) 570 Elongation at Break (%) 379 Vicat Temperature (℃) 85.2 Hardness(Shore D) 75-78 -
FORMOSA M-31
Overview
PVC Impact Modifier
Butadiene series impact modifier M-31Brand
FORMOSA
Model No
M-31
Application
Butadiene series impact modifier M-31Specifications
Appearance White Bulk Density (g/cm³) 0.3 min Volatility (%) 1.0 max Heat Stability 3.0 Tensile Strength (Kg/cm²) 539 Elongation at Break (%) 338 Vicat Temperature (℃) 86.1 Hardness(Shore D) 76-79
