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- Organic SiC Polymer
Organic SiC Polymer
Description
This is an organic polymer with which SiC is derived by sintering.
Product Characteristics
Starfire has developed a stable SiC Polymer (polycarbosilane).
A SiC polymer grade SMP-10 can easily form SiC onto ceramics, such as graphite, silicon carbide, etc. by applying polymer onto the substrate and heating it. Starfire has also successfully developed a single-component liquid precursor with which a high-purity SiC is deposited through CVD process. A CVD grade CVD-4000 is a groundbreaking SiC in terms of technology and sustainability. The basic structure of CVD-4000, {SiH2-CH2}n bonds is the basis of the formation of the (1:1) stoichiometric SiC not requiring additional reactants.
Characteristics of SMP-10
- · By use of SMP-10, a high-purity SiC can be formed at 850 Degrees C.
· Application method could either be by brushing or by spray.
· There is no limit to the substrate size since sintering is possible if there is an inert atmosphere reactor available.
· Irrespective of what the sintered body may be, the substrate could be adopted to various fibers.
· If similar other grades are used, bonds of ceramics to ceramics and production of SiC ceramics itself is possible.
Characteristics of CVD-4000
- · By use of CVD-4000, a 1:1 high-purity SiC coated film can be formed. Hydrogen contents differ by accumulated temperature.
· For not being corrosive and not generating corrosive gases, there is no environmental pollution by HCl as used to be with the conventional SiC CVD.
· Since it is a simple system, supplying the raw material to a inexpensive glass or metal reactors, high reproducibility is thus achieved.
Applications of SiC Polymer
- · Brake Pad and Brake Rotor
· Jigs for Semiconductor Process and the related Coating
· Thermal Resistance & Oxidation Resistance Coatings
· Reinforcement Coating for Ceramics and Optical Fibers
· Adhesive for Ceramic-Ceramic and Ceramic-Metal
Inquiry
Advanced Materials Dept.
19F Osaki Bright Core,
5-15, Kitashinagawa 5-chome, Shinagawa-ku, Tokyo 141-0001, Japan
TEL:(3)3442-5142 FAX:(3)3442-5175