High Purity Polydimethylsilane for Advanced Material Applications Silicon-Based Precursor Iota Silicone

• CAS No.: 28883-63-8
• Formula: C2h6si
• Appearance: Powder
• Usage: Oil Drilling Auxiliary Agent, Water Treatment Chemicals, Rubber Auxiliary Agents, Plastic Auxiliary Agents, Coating Auxiliary Agents, Textile Auxiliary Agents, Paper Chemicals, Surfactants, Leather Auxiliary Agents, Electronics Chemicals
• Water Content: ≤0.5wt%
• Benzene Soluble Content: ≤2wt%
• Trademark: Iota
• Origin: Anhui Bengbu
• HS Code: 39100000
• Production Capacity: 1000tons

Product Description

Polydimethylsilane

Description
Poly(dimethylsilane), also known as dimethylsilane, is an organosilicone compound
CAS No.28883-63-8
Molecular formula:[(CH3)2Si-]n

Technical Index

Appearance	beige or white powder
Water content	≤0.5wt%
Chloride ion content	≤0.5wt%
Melting point	≥300°C
Benzene soluble content	≤2wt%
Oxygen content	≤0.5wt%

Storage conditions:
Keep the storage device sealed and stored in a cool, dry place. At the same time, ensure that the work room has good ventilation or exhaust equipment.
Stability: When used and stored according to specifications, polydimethylsilane does not break down and has no known dangerous reactions.


Application
Polycarbosilane raw material: polydimethylsilane is an important raw material for the production of polycarbosilane (PCS), and polycarbosilane is the precursor for the production of silicon carbide ceramics and silicon carbide fibers.
Intermediates of photoelectric materials: In the field of photoelectric materials, polydimethylsilane is also used as an intermediate to participate in the synthesis and preparation of related materials.

Safety precautions

1. Avoid direct contact with eyes, skin and clothing.
2. Wear appropriate protective equipment during use, such as protective glasses, gloves, and protective clothing.
3. In case of contact with eyes or skin, rinse immediately with plenty of water and seek medical attention.
4. Avoid storing products in hot, humid or flammable environments.

Q: What is polysilazane?
A: Polysilazane is a polymer composed of elements such as silicon, nitrogen and hydrogen, and its molecular structure contains silicon-nitrogen bonds (-Si-N-). This polymer usually appears as a colorless or slightly yellow solid with special chemical properties and application characteristics.

Q: What are the main uses of polysilazane?
A: Polysilazane has important applications in some specific fields, including:

Ceramic preparation: used as polymer precursor, which can be converted into ceramic materials at high temperatures and used to prepare ceramic coatings, ceramic fibers, etc.
Composite materials: Matrix or reinforcement materials that can be used to prepare high-performance composite materials.
Q: What are the characteristics or advantages of polysilazane?
A: Polysilazane has some special properties, such as:

High temperature resistance: exhibits excellent stability under high temperature conditions.
Low dielectric: Has lower dielectric loss.
Ceramic conversion: can be converted into high temperature resistant ceramic materials under appropriate conditions.
Q: What is the preparation method of polysilazane?
A: Polysilazane is usually prepared by chemical synthesis. The preparation method may involve a multi-step chemical reaction process, including the reaction of silicon, nitrogen source material and polymerization catalyst.

Q: What is the role of polysilazane in ceramic preparation?
A: As a precursor material for ceramics, polysilazane can be converted into silicon-nitride ceramics under high temperature conditions. This ceramic usually has excellent heat resistance, chemical stability and mechanical properties. It is used to prepare ceramic coatings, ceramic fibers, high-temperature ceramics, etc.

Q: How environmentally friendly is polysilazane?
A: Polysilazane is generally considered a relatively environmentally friendly material, but its specific environmental protection needs to comprehensively consider the environmental impact of its preparation process, usage conditions and final application scenarios.