Pe Gasket Suppliers introduces the materials of silicone rubber:

1. Silicone rubber series
Equipped with advanced testing equipment, clean and dust-free workshop. Products are widely used in electronics, medical equipment, food, and other industries. A variety of domestic and imported silica gels are used for the rubber species, and the operating temperature can meet the requirements of -60°-+200°C. The products can meet the requirements of oil resistance, steam resistance, medical and edible transparent, high strength, flame retardant, conductive silicone rubber, etc.

2. Fluorine rubber series products
Widely used in automobiles, shipbuilding, military, electronic appliances, and other industries, the working temperature is -40 ° C + 200 ° C, resistant to fuel oil, high temperature, freon, superheated water, steam, and excellent chemical resistance, welcome Customers choose and customize.

3. PTFE series products
PTFE gasket has high-temperature resistance and corrosion resistance, and it does not interact with concentrated acid, alkali, or strong oxidant even at high temperatures. It has been widely used as a sealing material, suitable for pipelines, flanges, reaction Seals on kettles, valves, and containers. Special-shaped parts are produced according to user design drawings.

4. All kinds of special-shaped miscellaneous parts
The material is made of nitrile, natural, fluorine rubber, silica gel, etc., which are widely used in automobiles, machinery, valve, and other industries. The product has good wear resistance and flexibility and can be designed according to needs.

5. Metal rubber sealing ring
The material is metal rubber, which is a homogeneous elastic porous material, which not only has the elasticity of rubber, but also has the excellent characteristics of metal, and can work at a temperature of -150~800 °C. At the same time, it can also bear pressure and has the dual functions of pressure bearing and sealing within a certain range.

Through the above introduction, Mist Pump Box Exporter hopes that you can simply refer to the content of this article in future use.

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