Specialty Graphite

Benefits of specialty graphite

It can be processed into various forms such as blocks, rods, tubes, and irregular-shaped components, etc.

Excellent high-temperature thermal stability

The specialty graphite can maintain stable performance in a super high-temperature range of 2000 – 2800°C in a vacuum or inert atmosphere environment. This will meet your production’s temperature requirements.

Dense and uniform microstructure

Due to this, it has low thermal deformation and strong thermal shock resistance.

Chemical Inertness

Whichever chemical environment you intend to use it, specialty graphite is not prone to react with most molten metals or ceramic powders.

Fine particles

It can achieve high-precision machining, which enables the production of complex and precise structures.

Excellent thermal and electrical conductivity

It allows heat and current to be uniformly transmitted within the material.

Low wear characteristics

It reduces equipment wear, which extends tool service life, improving production processing efficiency.

In addition, you can also choose different types of special graphite products based on your specific usage requirements. Such as isostatic pressure special graphite, compression molding special graphite, impregnated modified special graphite, or other types of special graphite products.

Applications of specialty graphite

Semiconductor field

High-temperature heat field components

With the characteristics of high purity, high temperature resistance, and easy precision processing, you can process it into core components such as graphite heat fields, crucibles, and heaters. It constructs a uniform and controllable high-temperature chamber and reduces crystal defects, which ensures the preparation quality of semiconductor materials.

New energy field

Photovoltaic and lithium battery accessories

In photovoltaic ingot equipment, you can use it to regulate the melting and solidification process of silicon materials and optimize the crystal grain structure of silicon ingots. In the lithium battery industry, you can use it for negative electrode graphiteization furnaces and carbonization furnace lining components. It can ensure the purity and consistency of powder materials during high-temperature treatment.

Machining field

Electrode for electrical discharge machining

Because it has less wear and faster processing speed, you can use it for electrical discharge forming processing of molds and precision components. When you use it, it enables high-precision machining of complex cavities, thereby improving mold manufacturing efficiency.

Powder metallurgy field

Sintering tooling molds

Because it does not react with the powder at high temperatures, it is suitable for making molds and firing plates. With good dimensional stability, it can ensure the shape accuracy of sintered workpieces, improving the qualification rate of finished products.

Chemical field

Corrosion-resistant components

After impregnation modification, it has outstanding acid and alkali corrosion resistance, which can withstand strong acid and alkali corrosion environments. You can use it to make chemical reaction vessel linings, heat exchanger components, and electrolytic cell electrodes, extending the service life of chemical equipment.

Nuclear industry field

Nuclear-grade graphite components

You can also use it as neutron moderator materials in nuclear reactor-related components. It can strictly control impurity content, which meets the strict cleanliness and stability requirements of nuclear industry.