What Is the Maximum Temperature That Heat-Resistant Graphite Plates Can Withstand?

Graphite, like diamond, is an allotrope of carbon. Various graphite products are produced and processed from graphite materials, such as graphite rods, graphite molds, and heat-resistant graphite plates. The structure of heat-resistant graphite plates is an atomic crystal where carbon atoms are connected by covalent bonds, forming a stable hexagonal porous structure. These covalent bonds are ionic bonds with high bond energy, requiring significant kinetic energy to break.

Many customers inquire about the maximum temperature that heat-resistant graphite plates can withstand.

Temperature Tolerance:

• Generally, heat-resistant graphite plates can handle applications below 1200°C without issues.
• High-performance graphite plates can withstand temperatures above 3000°C.

Applications: Heat-resistant graphite plates are widely used in fields such as casting, high-precision parts processing, and electrical discharge machining (EDM) wire cutting.

The ability to withstand such high temperatures makes heat-resistant graphite plates an essential material in various high-temperature industrial applications.