In recent years, the application of a variety of molded silicone rubber foaming technologies has been continuously expanded, and has been widely recognized in various silicone rubber extrusion processes. In particular, it can better ensure the strong practicality and applicability of the silicone products after membrane pressing from the perspective of practicality and more stable function presentation, and also provide a prerequisite for its quantitative presentation to a certain extent.

1、 Stability is better reflected

After the effective molding silicone foaming process, the silicone products have better performance on the basis of the original stability, especially the UV resistance, ozone resistance, as well as the physical and chemical properties of temperature and flame retardance, which makes the foamed silicone products able to meet the stability needs of more complex natural environments. Especially on this basis, it can give better play to the unique shockproof and cushioning effect of silicone rubber, make it very suitable for the specific needs of automobiles and many safety guarantees, and provide a better guarantee for the expansion of the application scope and application surface of foaming process to a certain extent.

2、 Higher cost performance and less cost pressure

The production and use of silicone rubber products have solved the problem of high price of many materials to a certain extent. In particular, through the further optimization of physical and chemical properties, the opening is connected with one hole, the specific process becomes simple, the operation becomes more convenient, and the comprehensive cost of preliminary production is reduced to a certain extent. It can be realized on the basis of both raw material cost and production cost, which provides a strong guarantee for its value after the actual finished product. The realization of value significance also gives better play to the use recognition after foaming, especially helps it stand out in the comparison of more similar materials.