High-Temperature Carbon Felt

Product Overview
High-temperature carbon felt is a material that has been treated at temperatures above 1700°C, offering exceptional high-temperature stability and thermal insulation properties. It maintains excellent mechanical strength and chemical stability even in extreme temperature environments, making it ideal for various high-temperature applications. This product is widely used in industries such as metallurgy, chemicals, and electronics, particularly in environments where high thermal isolation and heat balance are required.

Key Features

• Excellent High-Temperature Stability: Carbon felt treated at high temperatures can withstand temperatures up to 1700°C, maintaining its structure and performance.
• Low Thermal Conductivity: With a low thermal conductivity (0.12 W/m·K at 500°C), it effectively reduces heat loss.
• High Strength: The material has strong resistance to rupture (rupture strength: 0.12 MPa), allowing it to adapt to pressure changes under high-temperature conditions.
• Low Ash Content: Ensures high purity and efficient performance, making it suitable for precise high-temperature environments.
• Chemical Stability: With low hydrogen and nitrogen content, it is less likely to react with other chemicals, ensuring long-term stable use.

Applications

• Metallurgical Industry: Used for thermal insulation and heat protection in high-temperature smelting furnaces and casting processes.
• Chemical Industry: Applied in high-temperature chemical reaction equipment, reactors, and kilns for thermal insulation and separation.
• Electronics Industry: Used as a high-temperature insulation material in electronic equipment to ensure stable operation in high-temperature environments.
• Heat Treatment Equipment: Ideal for insulation and heat preservation in heat treatment furnaces, annealing furnaces, and other high-temperature devices.
• Heat Distribution Balance: Suitable for environments requiring heat balance, preventing localized overheating that could impact equipment or process stability.