Silicone Material

Liquid Precipitated Silicone

Precipitated silica is a type of silica prepared by the sol-gel process. In this process, a silicate solution (such as ethyl silicate) is gelled under specific conditions to form a gel, which is then converted into solid silica by heat or chemical treatment. This preparation method makes the microstructure of the silica very uniform and has good physical and chemical properties. It is often used to prepare high-performance silica materials, such as silica fillers, coatings, and molded products.

• Uniform Microstructure
• High Stability Of Inished Products
• Strong Process Controllability

Liquid Vapor Phase Silicone

Fumed silica gel is a type of silica gel prepared by the gas phase method. In this process, a silicon source (usually silicon chloride) reacts with hydrogen or oxygen at high temperature to produce gaseous silicon compounds, which then undergo polymerization under the action of an appropriate catalyst and deposit on the wall of the reaction chamber to form solid silica gel. Fumed silica gel has the characteristics of high purity, good uniformity, and fine microstructure. It is often used to prepare high-performance silica gel products, such as optical devices, electronic component packaging materials, etc.

• High Purity
• Fine Microstructure
• Flexibility

Solid Precipitated Silica Gel

Precipitated silica gel is a silica gel prepared by the sol-gel method, in which a gel is formed by gelation and then the gel is converted into solid silica gel. Precipitated silica gel has a uniform microstructure and high chemical stability.

• Good Uniformity
• High Purity
• Flexibility In Molding

Solid Fumed Silica Gel

Gas-phase silica gel is silica gel prepared by the gas phase method. During the preparation process, the silicon source reacts with hydrogen or oxygen under high temperature conditions to produce gaseous silicon compounds, which are then deposited on the wall of the reaction chamber under the action of a catalyst to form solid silica gel.

• High Purity
• Fine Microstructure
• High Production Efficiency