Chemicals in Plastics
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We are committed to providing high quality, environmentally friendly and innovative chemical raw materials to help you produce superior plastic products. Our raw materials not only meet stringent environmental standards, but also significantly enhance the performance and longevity of your plastics. Choose us for superior quality and sustainability to make your plastic products stand out in the marketplace. Whether for con... moreChemicals in Plastics
https://www.sghbgyl.com/chemicals-in-plastics.html
We are committed to providing high quality, environmentally friendly and innovative chemical raw materials to help you produce superior plastic products. Our raw materials not only meet stringent environmental standards, but also significantly enhance the performance and longevity of your plastics. Choose us for superior quality and sustainability to make your plastic products stand out in the marketplace. Whether for consumer or industrial applications, our chemical raw materials are your reliable partner.
Chemical Material Applications in Plastics
The plastics manufacturing industry relies on a number of key chemical elements that, through different chemical reactions and processes, give plastic materials a wide range of excellent properties.
Titanium is used to improve the whiteness and hiding power of plastics, and is mainly used in the manufacture of titanium dioxide (TiO2) as pigment and filler.
Aluminum improves the barrier properties and mechanical strength of plastics and is used in aluminum foil composites and fillers.
Calcium is used to improve the rigidity and dimensional stability of plastics and is commonly found in calcium carbonate fillers.
Zinc improves the heat resistance and UV resistance of plastics and is used in zinc oxides and zinc-based stabilizers.
Barium element improves the density and barrier properties of plastics, and is used in barium sulfate fillers. Copper is used to improve the antimicrobial and conductive properties of plastics, and is commonly used in antimicrobial plastics and conductive composites.
By rationally selecting and combining these key chemical elements, plastic materials with excellent performance and a wide range of applications can be developed to promote the continuous innovation and development of the plastics manufacturing industry.
