Graphite Machined Parts

Advantages of graphite machined parts

They can be manufactured into various forms such as irregular shapes, standard parts, blocks, and columns according to the requirements.

Excellent high-temperature resistance

You can use them for a long time under high-temperature conditions with minimal thermal deformation.

Stable chemical properties

They are resistant to acids and alkalis, and corrosion-resistant, which are not easily eroded by various media.

Natural self-lubrication properties

They have a low friction coefficient, so they require no additional lubricating oil during operation.

Good thermal and electrical conductivity

They have uniform heat conduction and stable electrical performance.

Moderate overall hardness

Due to the high processing accuracy and precise size control, thy have the long service life. With

Uses of graphite machined parts

Molds and Metallurgy Industry

You can use it as high-temperature molds, sintering fixtures, smelting crucibles, and flow-directing components. It has high-temperature resistance, thermal shock resistance, and non-sticking to materials. So it serves processes such as metal sintering, powder metallurgy, and precious metal smelting, enhancing the quality of the finished products.

The electronics and semiconductor industry

You can use it as a conductive base, heat-conducting support component, accessory for vacuum equipment, and workpiece for chip production, etc. Because it has the characteristics of high purity, low impurities, and excellent heat and electrical conductivity. It is suitable for dust-free and high-precision production environments, which ensures the stable operation of electronic devices and precise processes.

Mechanical and General Equipment Field

With the self-lubrication, low friction, and corrosion resistance, you can manufacture it as wear-resistant shaft sleeves, guide rails, sealing rings, transmission components, etc. It replaces traditional metal parts, which is suitable for harsh working conditions such as oil-free lubrication, dust, and corrosion, reducing equipment wear.

Electrochemistry and Chemical Industry

You can also processes it into electrolytic cell electrodes, conductive plates, anti-corrosion inner lining components, reaction vessel accessories, etc. Because it can withstand strong acid, strong alkali and high-temperature corrosive environments, it has strong chemical stability. So it can work stably in chemical and electrolysis production for a long time.

The electric discharge machining industry

You can use it in metal discharge cutting and mold engraving processing, due to the lower wear, faster processing speed, and better shaping effect. It can also achieve precise shaping for complex curved surfaces, deep grooves, and fine patterns. You can apply it in fields such as plastic molds, die-casting molds, precision hardware, and mechanical component processing.

New Energy Industry

It is adapted for photovoltaic equipment, energy storage devices, and fuel cell supporting components. It plays the roles of heat conduction, electrical conduction, and heat insulation, helping to enhance the operational efficiency and safety stability of new energy equipment.