Regarding Japan's adjustment of the silicone fluid industry chain

The method for adjusting the silicone fluid industry chain in Japan is designed by friends based on different sealing requirements such as setting time, liquid wet and hot state, and good pouring layer, or by adjusting to the company's special needs and modifying products that are suitable for their current and future needs.

What are the reasons for the hardness of silicone rubber and the influence of heat on the adhesive layer? Analyzed the reasons for the applicability of sealants such as vulcanized rubber, silicone rubber, and polyurethane.

Silicone products have diameters ranging from one meter to 8 centimeters in length, and compared to rubber materials, the extruded adhesive layer undergoes thermal expansion. In the field of rubber materials, due to the low surface tension of silicone, the hardness and tensile strength of silicone products are mainly higher in the field of rubber materials. Products made of silicone can maximize the hardness and tear strength of silicone products.

Products made of silicone can achieve maximum improvement in the hardness and tear strength of silicone products. In the automotive industry, the performance of silicone is significantly better than that of tires. In addition, compared to water, the physical properties of silicone have significantly reduced the hardness and tensile strength of the tire itself, resulting in better shock absorption and resistance to high and low temperatures. However, the service life of tire components is better.

The advantage of silicone products is that they are more stable in terms of hardness and lubricity compared to domestically produced high thermal conductivity silicone grease. Therefore, products made of silicone often have a higher price and performance compared to imported ones. Moreover, high-quality silicone free thermal insulation pads are used, with extremely high thermal conductivity and relatively low cost.

Compared with other silicone greases, the decrease in thermal conductivity results in a half reduction in both the hardness and tear strength of silicone, and due to the ultra-low thermal conductivity of silicone, an increase in thermal conductivity will greatly affect it.

The thermal conductivity of silicone is 20-30W/mK higher than that of ordinary silicone, while thermal conductive silicone still maintains its emulsion at low temperatures of 20-30 ° C. The thermal conductivity of silicone is much greater than that of silicone.

The new silicone series has excellent stretching and compression capabilities, exhibiting lower thermal resistance and good electrical insulation properties at lower compression rates.

Fluorine resin lining C-C10-CR-3 fluorosilicone.

Thermal conductive silicon gel is a high-performance gap filling thermal conductive material, which is suitable for work and life with heat dissipation requirements. It has excellent electrical insulation and does not contain Si-C triethoxysilane, which can effectively transfer heat from the heating device to the heat sink, thus achieving good heat dissipation effect.

Suitable for filling the surface of a single battery cell, but it is necessary to solve the heat dissipation problem. Typically, encapsulation materials based on polyethylene as the main polymer will have a significant decrease in hardness after a period of time, leading to heat dissipation issues. Thermal conductive silicone grease has good thermal conductivity and can exhibit good stability under low pressure conditions.

Although most newly developed thermal conductive silicone greases contain silicone oil, the fillers and catalysts are not the same. The appearance of thermal conductive silicone greases slows down for a period of time, and the active molecules of thermal conductive silicone greases will aggregate, leading to a decrease in thermal conductivity. Therefore, the newly developed Xiaolida has developed a variety of different polymers to improve its heat dissipation ability. For example, when the graphite content is between 50-60w/m10, the active content of thermal conductive silicone grease is between 50w/mk. However, for the application of single particle metal heat dissipation grease, its performance has a significant impact, which is very unfavorable for it.