Organic SiC Polymer
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.
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. | |||
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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. |
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Characteristics of CVD-4000
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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. |
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Applications of SiC Polymer
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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
| 機能材料部 | 〒141-0032 東京都品川区大崎一丁目2番2号 アートヴィレッジ大崎セントラルタワー12階 TEL：03-5435-6515 FAX：03-5435-0071 |