High Temperature Resistant Graphite Plate is a special graphite material that can maintain its physical and chemical properties stable in extreme high temperature environments.
1. Product Introduction
High Temperature Resistant Graphite Plate is a special graphite material that can maintain its physical and chemical properties stable in extreme high temperature environments. It is widely used in many high temperature industrial fields with its excellent high temperature resistance, outstanding thermal stability and good mechanical properties.
2. Features of High Temperature Resistant Graphite Plate
Excellent high temperature resistance: High temperature resistant graphite plate can maintain its structural stability and performance at extremely high temperatures, and can usually work in an environment with a continuous use temperature of up to 3000°C.
Good thermal stability: In high temperature environments, high temperature resistant graphite plate has an extremely low thermal expansion coefficient, which can maintain dimensional stability and avoid deformation or damage caused by thermal expansion.
Excellent mechanical properties: Although graphite itself is soft, high temperature resistant graphite plate has been specially treated to have high hardness and strength, and can withstand a certain degree of mechanical pressure and impact.
Good chemical stability: High temperature resistant graphite plate has good resistance to most acids, alkalis and organic solvents, and can maintain its performance stable in corrosive environments.
Easy to process: High temperature resistant graphite plate has good machinability and can be cut, drilled, ground and processed as needed, making it convenient to make parts of various shapes and sizes.
3. Application of High Temperature Resistant Graphite Plate
Metallurgical industry: In the metallurgical industry, high temperature resistant graphite plate is often used for linings, electrodes, crucibles and other parts of high temperature furnaces. It can withstand high temperature and corrosion to ensure the smooth progress of the metallurgical process.
Chemical industry: In the chemical industry, high temperature resistant graphite plate can be used to manufacture linings, pipes, valves and other parts of high temperature reactors. It can withstand high temperature and corrosive media to ensure the safety and stability of chemical production.
Electronics and semiconductor industry: In the electronics and semiconductor industry, high temperature resistant graphite plate can be used to manufacture parts of high temperature diffusion furnaces, sintering furnaces and other equipment, which can meet the requirements of high precision and high stability.
Aerospace industry: In the aerospace industry, high temperature resistant graphite plate can be used to manufacture thermal insulation materials for engines, rockets and other parts, which can withstand extremely high temperatures and pressures.
4. FAQ
Q: How is the high temperature resistance of high temperature resistant graphite plate achieved?
A: The high temperature resistance of high temperature resistant graphite sheet is achieved through special production process and material formula. During the production process, the graphite material is treated with high temperature to form a dense crystal structure, thereby improving its high temperature resistance. At the same time, by adding special additives and additives, the high temperature resistance and stability of the graphite sheet are further improved.
Q: How does the high temperature resistant graphite sheet perform in a corrosive environment?
A: The high temperature resistant graphite sheet has good resistance to most acids, alkalis and organic solvents, and can maintain its performance stability in a corrosive environment. However, in extremely corrosive environments such as strong acids and alkalis, appropriate protective measures are still needed to ensure its long-term stable operation.
Q: What is the processing performance of the high temperature resistant graphite sheet?
A: The high temperature resistant graphite sheet has good machinability and can be cut, drilled, ground and processed as needed. However, due to its high hardness, appropriate tools and processes need to be used during processing to ensure processing accuracy and surface quality.
