Cangzhou Carbon Technology Graphite Materials Manufacturer

Graphite susceptors are widely used in semiconductor production, particularly in chemical vapor deposition (CVD) and epitaxial processes. These components serve as carriers or heating elements that ensure uniform temperature distribution, enhancing the quality of semiconductor wafers.

Carbon and graphite products for machinery industry, specific products include: graphite sealing rings, sealing rings, graphite bearings, lubricating columns, graphite blades, mechanical sealing parts impregnated with various metals or resins.

Graphite products for diamond sintering molds mainly include: sintered graphite combination molds for diamond grinding wheels, sintered graphite molds for diamond drum grinders, high-purity and high-density graphite molds for straightening teeth, molds for shaped graphite parts, sintered graphite molds for diamond straight cutterheads, sintering trays, sintering racks, etc.

Graphite products for the heat treatment industry mainly include: graphite heating rods, graphite furnace bed guides, graphite nozzles, graphite conductive rods, graphite connectors, graphite columns, graphite furnace bed holders, graphite screws, graphite nuts and graphite beams.

The main products of graphite products for non-ferrous metal industry include: graphite melting crucible, graphite casting crucible, graphite plug rod, graphite oil bath, graphite continuous casting mold, graphite crystallizer, graphite boat, graphite melting pot for welding, graphite rotor for degassing in aluminum industry and so on.

As the world shifts toward renewable sources of energy, solar photovoltaic cells have become an essential part of the sustainable source of power. Among all renewable energies, photovoltaic benefits form many advantages such as unlimited renewable source of energy, increasingly cost competitive, environment friendly. Photovoltaic syster use cells to convert sunlight into electricity.

Graphite is widely used in the laboratory industry due to its exceptional properties, including high thermal and electrical conductivity, chemical resistance, and mechanical strength. It is a crucial material for various laboratory applications where extreme temperatures, corrosive environments, and high precision are required.

Most consumers have probably never considered the relationship between carbon graphite and the glass industry. Actually graphite is the ideal material for glass manufacturing due to its physical and chemical composition properties.

Graphite’s excellent electrical conductivity and lightweight nature make it an essential material in the manufacturing of battery anodes, particularly in lithium-ion batteries that power electric vehicles (EVs) and renewable energy storage systems. Additionally, its thermal resistance and high mechanical strength make it an ideal component for fuel cells, which are instrumental in hydrogen energy applications.