- Structural differences. Carbon is composed of different forms of carbon atoms, such as graphite, diamond, carbon black, etc.; graphite is a hexagonal crystal structure formed by in-plane carbon atoms through sp2 hybridization, and layers are attracted to each other through van der Waals forces to form a layered structure.
- Electrical and thermal conductivity is different. As the graphite layered structure of one-dimensional carbon – carbon bonds connected into a two-dimensional layered planar mesh structure, it has a very good electrical and thermal conductivity; carbon’s electrical and thermal conductivity is relatively poor.
- Physical and chemical properties are different. Graphite due to its layered structure, so that it has a low hardness and strong wear resistance; carbon’s hardness is higher, but relatively more brittle.
- Different areas of application. Graphite is widely used in industries such as batteries, capacitors, semiconductors and magnetic materials due to its excellent electrical and thermal conductivity; carbon is more widely used in pharmaceuticals, chemicals, optoelectronic materials, aerospace and other industries.
Carbon graphite offers a lot of advantages including:
- High thermal conductivity
- High electrical conductivity
- Excellent lubrication properties
- High temperature resistance
- Chemical inertness, and more
These materials are commonly used for production of the following:
- Crucibles
- Electrodes
- Bushes
- Molds
- Sintering trays
- Aircraft brakes, and more
Common industries that uses graphite materials include:
- Automotive
- Aerospace
- Metallurgy
- Manufacturing processes
- Batteries
- Semiconductor, and more
Due to its high electrical and thermal conductivity, this material is ideal for EDM electrodes. It facilitates controlled sparking between electrode and the workpiece.
You should consider its electrical conductivity, thermal conductivity, chemical compatibility, and wear resistance. The specific application and operating conditions will help you find the most suitable material.
Yes. We can provide carbon graphite materials based on your specific requirements.
We manufacture carbon graphite products according the highest international quality standards. We have certifications as the evidence of our adherence to quality standards and testing.
Due to its low wear rate and resistance to degradation, you can assure that carbon graphite components are long-lasting?
You can contact us directly through our website, e-mail, or phone. Send us your inquiries and expect immediate response.
