High-Temperature, Ceramics-Based Composite Material

This invention is a manufacturing process of a high-temperature, ceramics-based composite material that features excellent heat and oxidation resistance and frictional properties. The composite material is a dense SiC-infiltrated composite material, a dense carbon-fiber-reinforced SiC-infiltrated composite material, or a dense SiC-infiltrated composite material with granular carbon dispersed. The material is made by infiltrating molten carbon-silicide of Mo or a eutectic mixture of carbon-silicide and silicon carbide into a silicon-carbide-based preform, and then cooling and solidifying the melt.

The material has such a high oxidation resistance that it can be used in the atmosphere at 1,300 °C. or higher. Accordingly, this material can be used for areas that require high heat resistance and high mechanical strength and reliability, or where the target product may have a complicated shape.

Get the complete report on this technology at:
Email: This email address is being protected from spambots. You need JavaScript enabled to view it.
Phone: 781-972-0600

White Papers

Back to Basics of Electrical Measurement
Sponsored by Keithley
Synthetic Sapphire: Extreme Performer
Sponsored by Goodfellow
The Ultimate Shaft-To-Hub Connection
Sponsored by Stoffel Polygon
Avoid the High Cost of Quality Failure
Sponsored by Arena Solutions
How Lean Manufacturing Adds Value to PCB Production
Sponsored by Sunstone Circuits
Antenna Basics
Sponsored by Rohde and Schwarz

White Papers Sponsored By: