1. Xiangxi Silicone masterbatch on PP (polypropylene) mainly has the following functions:
Migliorare le prestazioni di elaborazione:
Silicone masterbatch on PP can effectively improve the processing performance of PP, including increasing mixing rate, fluidity, filling and demolding efficiency, while reducing mold head accumulation.
Reducing friction coefficient and improving smoothness:
Silicone masterbatch on PP can significantly reduce the friction coefficient of PP, thereby improving its smoothness, reducing processing energy consumption, improving production efficiency, and helping to extend the service life of processing equipment.
Improving the dispersibility of pigments and fillers:
Silicone masterbatch on PP can also improve the dispersibility of pigments and fillers in PP, making it more stable and non migratory.
Improving melting rate and deformability:
Silicone masterbatch on PP effectively improves the melting rate and deformability of PP, reduces viscosity, improves plasticization effect, and prevents melt burst.
Migliorare le prestazioni della superficie:
Silicone masterbatch on PP can significantly improve the smoothness, glossiness, and touch of PP products, and enhance their wear resistance, corrosion resistance, and aging resistance. In addition, it can also increase elongation and suspension beam impact strength.
Safety and environmental protection:
As a safety and environmental additive for PP, silicone masterbatch fully complies with EU environmental standards.
2.When used together with PP (polypropylene), silicone masterbatch can indeed achieve good internal manufacturing effects.
Firstly, silicone masterbatch can effectively improve the processing performance of PP. It can improve the fluidity of PP, making it easier to fill and demold during the processing, while reducing the formation of mold head accumulation, thereby improving production efficiency. In addition, silicone masterbatch can also reduce the friction coefficient of PP, reduce energy consumption during the processing, and further improve processing efficiency.
Secondly, the addition of silicone masterbatch can improve the physical properties of PP. It can improve the melting rate and deformability of PP, improve the plasticization effect, and make the product have better shape stability and dimensional accuracy. At the same time, silicone masterbatch can also enhance the wear resistance, corrosion resistance, and aging resistance of PP, extending the service life of products.
In terms of improving surface performance, silicone masterbatch also performs well. It can make the surface of PP products smoother and more glossy, enhancing the touch and appearance. This improvement not only makes the product more aesthetically pleasing, but also to some extent enhances the added value and market competitiveness of the product.
In addition, the use of silicone masterbatch also meets environmental requirements. As a safe and environmentally friendly additive, it fully complies with EU environmental standards and will not pose any harm to the environment and human health. This makes the combination of silicone masterbatch and PP more advantageous in today’s increasingly strict environmental requirements.
In summary, when used together with PP, silicone masterbatch can achieve good internal manufacturing effects, improve processing performance, enhance physical and surface properties, and meet environmental requirements. This makes this combination have broad application prospects in fields such as modified plastics, high-end shoe soles, plastic insulation sealing strips, and large injection molded parts.
3.In order to ensure the stable quality, Xiangxie inspect the outsole silicone masterbatch strictly:
The use of silicone masterbatch on PP (polypropylene) automotive accessories can bring a series of significant improvements and advantages.
Firstly, silicone masterbatch on PP can significantly improve the wear resistance of PP materials. Wear resistance is one of the key properties of PP components such as automotive interiors, as cars experience various types of friction and wear during use. The addition of silicone masterbatch can enhance the wear resistance of materials, extend the service life of accessories, and improve overall performance.
Secondly, silicone masterbatch on PP can improve the processing performance of PP materials. It helps to improve the fluidity of materials, making it easier to fill and demold during the processing, reducing processing difficulty, and improving production efficiency. In addition, silicone masterbatch can also reduce the friction coefficient of materials, reduce energy consumption during processing, and lower production costs.
Meanwhile, silicone masterbatch also has a flame retardant synergistic effect. Flame retardant performance is an important safety indicator in automotive PP accessories.
The siloxane in silicone masterbatch can synergistically promote flame retardancy, reduce the amount of inorganic flame retardants added, and have a smaller impact on the physical properties of the product, thereby improving the safety of automotive PP accessories.
In addition, silicone masterbatch can also improve the surface properties of PP materials. It can make the surface of automotive PP accessories smoother and more glossy, enhance the touch and appearance, and enhance the product’s grade and added value.
In summary, the application of silicone masterbatch in automotive PP parts can significantly improve the wear resistance, processing performance, and flame retardancy of materials, while improving surface properties, providing strong support for the quality and performance improvement of automotive parts. This makes silicone masterbatch an indispensable and important additive in the manufacturing process of automotive PP parts.
