The 500mm HP graphite electrode is tailored for EAFs over 300 tons. It ensures stable performance under extreme heat and load with high conductivity, strong oxidation resistance, and low thermal expansion—reducing consumption and enhancing steelmaking efficiency.

The 450mm HP graphite electrode is optimized for yellow phosphorus and stainless steel smelting, delivering superior conductivity, thermal shock resistance, and oxidation durability in high-load operations.

Widely used in EAF, LF, and SAF applications, the 400mm HP graphite electrode offers excellent conductivity, thermal shock resistance, and mechanical strength—ensuring stable arc performance, lower energy consumption, extended electrode life, and improved efficiency in steel and alloy production.

The 350mm HP graphite electrode is ideal for EAF steelmaking, LF secondary refining, and SAF alloy production, suitable for carbon steel and non-ferrous metal melting, ensuring stable arc performance and superior metal purity.

The 300mm HP graphite electrode is designed for Electric Arc Furnaces, Ladle Furnaces, and Submerged Arc Furnaces in steel and ferroalloy production. It performs reliably under high-temperature and high-current conditions, offering stable conductivity, low thermal expansion, and high melting efficiency—ideal for demanding metallurgical environments.

High-purity graphite scrap is widely used in electric arc furnace and ladle furnace electrode manufacturing, enhancing electrode conductivity and thermal resistance for efficient smelting and sustainable recycling.

Graphite special-shaped parts are vital in metallurgy, casting, semiconductor, PV, and high-temp mold systems due to their excellent conductivity, thermal stability, and chemical resistance.

High-purity graphite blocks are essential in UHP electrode manufacturing, EDM machining, vacuum furnace components, and monocrystalline silicon thermal systems—ideal for demanding high-temperature, conductive industrial environments.

Graphite crucibles are ideal for high-temperature melting of aluminum, copper, gold, and silver. Suitable for vacuum and induction furnaces, they offer thermal stability and strong chemical resistance.