Tennry Carbon provides innovative production & technical services for finished graphite plates, including drawing design, high-purity material solutions, fast-track processing, on-time delivery and custom sampling. Our seasoned technical team offers full-cycle support from requirement assessment to finished goods. Manufactured from strictly-controlled high-purity graphite with full supply-chain & logistics support, our graphite plates feature high-temperature resistance, thermal-shock resistance, thermal-electric conductivity, self-lubricity and chemical stability, widely used in metallurgy, machinery, electrical, chemical and textile sectors.
Excellent thermal stability under inert atmosphere, low deformation under high-temperature working conditions.
Resist rapid temperature change, hardly crack under thermal cycling conditions.
Ideal for fuel-cell electrodes and metallurgical conductive parts.
Low friction coefficient, suitable for mechanical sliding components.
Resistant to acid and alkali corrosion, compatible with chemical and water-treatment environments.
Custom dimensions, grooves and surface treatments per drawings; support sample, small-batch and mass production.
High-purity raw material technology: Adopt high-purity graphite substrate with precise impregnation, roasting and graphitization treatment to reduce ash and impurity content, delivering stable performance for metallurgy, fuel cell, water treatment and other demanding working conditions.
Precision machining: Custom sizes, grooves, holes and special profiles per customer drawings. CNC precision machining with tight tolerance and high surface flatness for electrode, thermal-conductive & electrical-conductive components assembly.
Modification & impregnation technology: Optional anti-oxidation & anti-permeation impregnation treatment to lower porosity, improve oxidation resistance and extend service life under high-temperature conditions.
Full-process quality control: Raw material screening-forming-heat treatment-machining-inspection. Each batch is tested for resistivity, density, flexural strength and other indicators to guarantee batch-to-batch consistency.
Shuangjing Village, Ligezhuang Town, Jiaozhou City, Qingdao City, Shandong Province, China
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