
Graphite plates, made from natural or artificial graphite through precise manufacturing processes, are core industrial materials. Thanks to the diverse advantages conferred by their layered carbon atom structure, they have become indispensable components in many fields. They exhibit excellent ...
Graphite plates, made from natural or artificial graphite through precise manufacturing processes, are core industrial materials. Thanks to the diverse advantages conferred by their layered carbon atom structure, they have become indispensable components in many fields. They exhibit excellent high-temperature resistance, withstanding temperatures up to 3000℃ in an inert gas environment, and remain free from cracking or deformation within a wide temperature range of -200℃ to 1800℃. Their thermal conductivity reaches 150-400 W/(m·K), and their electrical conductivity is close to that of metals.
They also possess superior corrosion resistance, maintaining stable performance for over 5 years in strong acid and alkali environments with a weight loss rate of ≤0.5%. Furthermore, they have a compression resilience rate of over 85%, allowing for flexible adaptation to complex equipment shapes. Standard sizes range from 100mm×100mm to 2000mm×1000mm, with thicknesses from 2-50mm and a dimensional tolerance of ≤±0.2mm. High-purity grades have a purity of ≥99.99%.
Widely used in electrolytic metallurgy, new energy batteries, chemical corrosion protection, and electronic heat dissipation, they can improve electrolysis efficiency by more than 15% and extend equipment lifespan by three times. They are suitable for demanding working conditions ranging from traditional industries to aerospace, making them a high-end industrial material that combines environmental friendliness and stability.