Synthetic Graphite
Refined through an extreme graphitization process at 3000°C. специально tailored for semiconductor and vacuum equipment, it offers ultra-high purity, exceptional thermal conductivity, and strong resistance to chemical corrosion—making it a critical core material in precision industrial processes.
Advantages of Precision Material Properties
Treated through high-temperature coke graphitization, it has an extremely stable structure and maintains minimal gas release under high-temperature vacuum conditions, ensuring the production environment remains free from carbon contamination.
Featuring excellent thermal conductivity and uniform heat distribution, it can withstand extreme thermal shocks without cracking, making it the ideal material solution for semiconductor heating stages and furnace tube fixtures.
Although the material is highly hard, it offers excellent machinability, allowing the development of components with precision micro-holes, thin plates, or complex grooves according to customer drawings.
Advanced Application Matrix
Providing Comprehensive Carbon Material Support for Next-Generation Technologies
Semiconductor Process Fixtures
Wafer Heating Stages (Susceptors), Epitaxial Growth Furnace Parts, and High-Purity Carriers for Vacuum Environments
High-Temperature Vacuum Equipment
Vacuum Furnace Components, High-Temperature Shields, Thermal Field Structural Parts, and High-Temperature Gaskets & Linings
Electrical and Energy Technologies
Fuel Cell Bipolar Plates, Lithium-Ion Battery Anode Material R&D Prototypes, and High-Efficiency Conductive Terminal Components
Specialized Machinery and Sealing
High-Purity Precision Sealing Rings, Mechanical Rotary Joint Components, and Structural Parts for Extreme Chemical Corrosion Environments