Organosilicone resins are polymers whose skeleton consists of alternating silicon and oxygen atoms. Connected to the silicon atoms are a variety of different organic groups. Organic silicone resins contain both organic groups and inorganic structures in their structure. This special molecular structure allows it to have the functions and properties of both organic and inorganic substances.

As the main film-forming material of silicone resin coatings, organosilicone resin contains a large number of active groups, such as hydroxyl, in its molecular structure, which opens up a new way for its modification. It can be modified by changing the organic groups on the side chain, grafting the main chain, and utilizing nanotechnology to give it better performance.

Modified silicone resin coatings have been used in many industrial fields due to their excellent resistance to high temperature, cold, radiation, staining, chemical corrosion and anti-fouling properties. Coupled with the growing awareness of environmental protection, modified silicone resin coatings better reflect the concept of environmental protection and energy saving, and will certainly develop in the direction of green.