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Wear-resistant insulating bio-based material SWJ/M-3501

  • Wear-resistant insulating bio-based material SWJ/M-3501
  • Wear-resistant insulating bio-based material SWJ/M-3501
  • Wear-resistant insulating bio-based material SWJ/M-3501
  • Wear-resistant insulating bio-based material SWJ/M-3501

Wear-resistant insulating bio-based material SWJ/M-3501

Bio-based material SWJ/M-3502 is a green and environmentally friendly innovative material, mainly made of a blend of some starch and PE, designed to reduce carbon dioxide emissions, slow down the greenhouse effect, and promote environmentally friendly sustainable development. Some of its raw materials are renewable and non-toxic, ensuring that there is no harm to the human body and the environment during use. The green and environmentally friendly performance of SWJ/M-3502 is suitable for replacing traditional plastics and reducing pollution to the environment. The material has desirable electrical insulation and wear resistance and is widely used in the packaging industry, the electrical and electronic industry, and the automotive and home appliance industries. In the packaging field, SWJ/M-3502 can replace traditional plastic materials and effectively reduce plastic pollution; in the electrical and electronic industry, its electrical insulation makes it an ideal choice for manufacturing components such as electrical housings and plugs; in the automotive and home appliance industries, with its wear resistance and environmental protection characteristics, SWJ/M-3502 is suitable for the production of automotive interior and exterior trims and home appliance parts, improving the durability and green environmental protection of the product.

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Some raw materials are renewable, non-toxic, harmless, green and environmentally friendly, with desirable electrical insulation and wear resistance.

Certificate Of Honor
  • NBIN1909010412PS
  • NBIN1909010413SC
  • NBIN1909010440PC-Reach
  • NBIN1909010440PC-ROHS
  • NBIN1909010440PC-8P
  • BPI Certificate
  • S301,7W0661 DE
  • S301,7W0661 EN
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