It is generally believed that silicone materials mainly refer to oligomers or polymers containing polysiloxane main chains. The reason why organic polysiloxanes have a wide range of uses is mainly because they have unique properties unmatched by other polymer materials: such as high temperature resistance, low temperature resistance, moisture resistance, insulation, corrosion resistance, aging resistance and physiological inertia. Silicone polymer products are very diverse, liquid (silicone oil), elastomer (silicone rubber), resin, emulsion, etc., they have been widely used in aerospace, aviation, electrical, electronics, light industry, machinery, chemical industry, construction, agriculture, medicine, daily life and other aspects.

Organosilicon material contains both inorganic siloxane chains and organic groups in its composition, which is a typical semi-inorganic polymer. It is this structural characteristic that makes it a very special polymer material, and has a series of excellent properties such as high temperature resistance, flame retardant, electrical insulation, radiation resistance and physiological inertia that other materials can not have at the same time. In particular, the history of the silicone industry is different from that of general-purpose synthetic materials. General synthetic materials are developed based on raw material manufacturing technology, large-scale production technology and product processing. Silicone is developed with product development as the center. In recent decades, the production process of silicone monomer has changed little, and the focus of silicone technology is mainly on product applications, such as the introduction of organic groups, polymer structure and cross-linking technology. Silicone materials can be designed according to the needs of a variety of different molecular structures to meet the requirements of different occasions in all walks of life.


Methyl vinyl silicone Gum,pls check MY110