실리콘 화 된 흑연

Veteksemicon siliconized graphite is the optimal sourcing material for high-temperature, oxidation-resistant, and mechanically reinforced graphite solutions. With its unique SiC-impregnated structure, this advanced composite material combines the self-lubricating and thermal shock resistance of graphite with the hardness and wear resistance of silicon carbide. Veteksemicon's siliconized graphite is ideal for use in semiconductor, metallurgical, and industrial furnace environments, particularly for parts like heater plates, gas injectors, and wafer handling components.

This category includes SiC bonded graphite, SiC impregnated graphite, reaction bonded graphite, and other variants that provide excellent corrosion resistance and long-term stability in reactive atmospheres. Veteksemicon’s materials are widely used in vertical diffusion furnaces, crystal growth systems, and high-temperature reaction chambers, where long-term dimensional stability and strength retention are critical.

The controlled infiltration of silicon carbide enhances oxidation resistance at temperatures exceeding 1600°C, significantly outperforming standard graphite in aggressive gas-phase or plasma environments. These properties make siliconized graphite an indispensable choice for tool parts exposed to cyclic thermal and chemical stress.

Learn more about our siliconized graphite series by visiting the Veteksemicon product page, or contact us directly for technical consultation and quotes.