3000C Glassy Carbon Disk

3000C Glassy Carbon Disk is a high-purity, non-graphitizing carbon material capable of withstanding temperatures up to 3000 °C in inert environments while maintaining exceptional dimensional stability, low permeability, and chemical inertness. Its unique microstructure, formed through high-temperature pyrolysis, results in a combination of electrical conductivity, high elastic modulus, and resistance to oxidation when protected from oxygen. These properties make it valuable in aerospace systems, high-temperature furnace components, and electrochemical research. Specific uses include electrode substrates for advanced electrochemistry, thermal insulation elements in extreme-temperature environments, and precision optical mounts in high-vacuum systems. In research, its structural stability under extreme thermal loads enables accurate testing of high-temperature material behavior, while its electrical characteristics support innovations in electrochemical sensing. This balance of thermal endurance, structural precision, and inertness secures its role as a critical enabling material in advanced science and industry.