Engineering Plastics

Engineering plastics adapt to harsh working conditions, owning outstanding mechanical, heat-resistant, corrosion-resistant, wear-resistant and insulating properties. They often replace metals for structural parts. Professional additives are supplied to meet mechanical performance requirements.

Silicone/acrylic impact modifier

The silicone core-shell structure impact modifier products from Mitsubishi Chemical Corporation in Japan typically feature a core made of silicone (polysiloxane) and a shell made of acrylic polymer or methyl methacrylate (MMA), forming a typical core-shell structure. These products are used to improve the low-temperature impact resistance of engineering plastics, especially polycarbonate (PC), nylon (PA), polyvinyl chloride (PVC), etc., while maintaining the rigidity and processability of the materials.

This product line includes 8 core models
Specification
S-2001
S-2501
S-2100
S-2030
S-2200
S-2130
SX-005
SX-006
PVC
很适合
适合
适合
适合
适合
适合
适合
适合
PC
很适合
很适合
很适合
很适合
很适合
很适合
很适合
很适合
PEs
适合
适合
适合
适合
适合
适合
适合
适合
PA
适合
适合
适合
适合
很适合
适合
适合
适合
PO
-
-
-
-
-
-
适合
-
PLA
适合
很适合
很适合
很适合
很适合
适合
适合
适合
ABS
适合
适合
适合
适合
适合
适合
适合
很适合
Key Features
耐候性,低温抗冲性
耐候性,低温抗冲性,耐水解性
耐候性,抗冲性,着色力
耐候性,优异的低温抗冲性
反应型冲击改性剂
优异的低温冲击性,着色力,阻燃
低摩擦系数,阻燃助剂
着色力,耐化学性,流动性
Technical Documents
Updating