Excellent thermal conductivity enables rapid heat transfer, even heating distribution and remarkable energy savings.
Graphite delivers powerful oxidation & reduction performance.
Eco-friendly and radiation-free, these graphite parts withstand extreme high temperatures.
Superior chemical inertness delivers robust resistance against acid & alkali corrosion.
Packaging Control: We deliver customized packaging matched to product traits to guarantee intact, functional goods upon receipt. Inner layers adopt vacuum sealing plus bubble wrap for dual cushion protection. Outer packaging combines robust 5-ply corrugated cartons and solid wooden crates for double reinforcement. This packaging system fully secures cargo in transit while providing clients economical shipping options.
Quality Control: Our QC team specializes in raw material testing, random sampling audits and finished-product final inspections. Every standardized QC procedure strictly monitors product quality, eliminating defects throughout production. All rigorous checks aim to guarantee consistently premium, qualified goods delivered to every client reliably.
Fast heat transfer rate and uniform heating reduce temperature differences in the furnace chamber, significantly saving fuel/electricity;
High-purity synthetic graphite has stable thermal conductivity and does not degrade at high temperatures; low-purity natural graphite is prone to oxidation at high temperatures, leading to reduced thermal conductivity.
Graphite itself has strong reducing properties and can be used as a reducing agent in high-temperature smelting, metallurgy, and electrochemical industries. It also possesses stable oxidation buffering characteristics, making it commonly used in battery electrodes, metallurgical crucibles, and chemical reaction vessels to balance redox reactions within systems.
Graphite is highly chemically inert and resistant to corrosion by most strong acids (such as hydrochloric acid and sulfuric acid), strong alkalis, and organic solvents at room temperature.
Incompatible media: High-temperature concentrated nitric acid, dichromates, and other strong oxidizing liquids, which can rapidly erode the graphite surface.
In oxygen-free vacuum/inert gas environment: withstands temperatures up to 3000°C;
In air (oxygen-rich) environment: slowly oxidizes and burns above 600°C; antioxidant coating is required for high-temperature applications in oxygen-rich conditions.
Shuangjing Village, Ligezhuang Town, Jiaozhou City, Qingdao City, Shandong Province, China
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