Graphite Round

Graphite Rounds

Graphite rounds can be customized according to needs, including size, shape, etc., and can be made according to customers’ special specifications and markings.

Features:

High temperature resistance, oxidation resistance, and good chemical stability. Graphite materials have excellent high temperature resistance and oxidation resistance, as well as good chemical stability, which enables graphite rounds to work stably under extreme conditions.
Good self-lubrication: Graphite has good self-lubrication, which reduces friction and wear and prolongs service life.
Good thermal conductivity: Graphite products have good thermal conductivity, can quickly and evenly transfer heat, and improve heating efficiency.
‌Far infrared function‌: After heating, graphite products can generate far infrared rays, which helps to enhance body functions, prevent diseases and improve the quality of life.

‌ Uses of graphite round

First, graphite round stock can be used as refractory materials, which have the characteristics of high temperature resistance and high strength. They are often used to make graphite crucibles in the metallurgical industry, as well as graphite ingot protective agents and metallurgical furnace linings during steelmaking.

Secondly, they are also used as conductive materials. In the electrical industry, graphite rounds can be used to make electrodes, brushes, carbon rods, carbon tubes, positive electrodes of mercury rectifiers, graphite gaskets, telephone parts, and coatings of television picture tubes.

In addition, they can also be used as wear-resistant lubricating materials. They are often used as lubricants in the machinery industry, especially under high speed, high temperature and high pressure conditions. Graphite wear-resistant materials can work without lubricating oil and are widely used in equipment that transports corrosive media. Such as piston cups, seals and bearings, to ensure that they do not need to add lubricating oil during operation‌.

Graphite rounds are widely used in industry, medical and other fields due to their unique physical and chemical properties. They play an indispensable role in many industries, from refractory materials to conductive materials to wear-resistant lubricating materials. Their applications are wide and important.