This product undergoes a rigorous high-temperature graphitization process and can withstand temperatures above 2000℃. Its performance is stable under normal use, but rapid heating and cooling should be avoided to prevent thermal shock cracking. It is recommended to use it with a temperature gradient control device and conduct regular material performance testing (e.g., at a CNAS-certified testing center) to ensure it meets the requirements of the application scenario.

It is recommended to use a surface anti-oxidation coating treatment (such as a silicon carbide coating) combined with the company's unique baking-graphitization temperature control process to improve the material's oxidation resistance. Simultaneously, AI simulation design can be used to optimize the material structure, matching the oxidation protection requirements of specific application scenarios, achieving a lifespan extension of over 30%.

It should be stored in a dry, light-proof, and temperature-controlled (20±5℃) dedicated warehouse, using vacuum packaging or inert gas protection. The company can provide customized storage solutions and a humidity monitoring system to ensure the stability of graphite powder purity. If the material has absorbed moisture, its performance can be restored through the graphite material purification service provided by the company, ensuring the continuity of customer production.