Product Categories
Product Categories
A-A001
Polycarbosilane (PCS) is a polymer with a Si–C backbone that can be converted into silicon carbide ceramics via high-temperature pyrolysis
A-B001
Zirconium-carbon-silane polymer
Polyzirconium carbosilane (PZCS) is a novel zirconium‑containing polycarbosilane polymer that can be used to prepare zirconium‑bearing multiphase
B-A001
Shincolon‑I type continuous silicon carbide fibers are prepared using an electron‑beam‑assisted air crosslinking technique
B-A002
Shincolon‑I type continuous silicon carbide fiber is a silicon carbide fiber prepared using an electron‑beam‑assisted air crosslinking technique
B-A003
Shincolon‑I type continuous silicon carbide fibers are prepared using an electron-beam‑assisted air crosslinking technique
B-A004
Shincolon‑I type continuous silicon carbide fibers are prepared using an electron‑beam‑assisted air crosslinking technique
B-B001
Shincolon‑II continuous silicon carbide fiber is a silicon carbide fiber prepared using an electron-beam‑assisted active‑atmosphere crosslinking technique
B-B002
Shincolon‑II continuous silicon carbide fibers are prepared using an electron-beam‑assisted crosslinking technique in an active atmosphere
B-B003
Shincolon‑II continuous silicon carbide fiber is a silicon carbide fiber prepared using an electron-beam‑assisted active‑atmosphere crosslinking technique
B-B004
Shincolon‑II continuous silicon carbide fibers are prepared using an electron-beam‑assisted crosslinking technique in an active atmosphere
B-C001
Shincolon‑III continuous silicon carbide fibers are prepared using electron-beam‑assisted crosslinking in an active atmosphere combined with high‑temperature decarbonization heat treatment
B-C002
Shincolon‑III continuous silicon carbide fibers are prepared using electron-beam‑assisted crosslinking in an active atmosphere combined with high‑temperature decarbonization heat treatment
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