Graphite Substrates for Utilizing in Semiconductor and LED Production

• Customization: Available
• Application Area: Automobile Industry, Electronic Industry
• Feature: High-Thermal Conductivity
• Manufacturing Technique: Vacuum Pressure Infiltration
• Transport Package: Standard Export Pallet
• Specification: graphite
• Trademark: OEM ODM
• Origin: China
• HS Code: 3801909010
• Production Capacity: 10000000

Product Description

1. Product Overview:
   
   Graphite fixtures are tools made of graphite material, primarily used in high-temperature, corrosive environments, or situations requiring high-precision machining.
   
   The following are its main application areas: fixtures for semiconductor discrete devices, electronic components IGBT, metallurgy, chemicals, machinery, medical equipment, nuclear energy, automotive, aerospace, and other industries, as well as product shaping, heating (graphite electrode), and other purposes.
   
   Semiconductor manufacturing: wafer processing, epitaxial growth, and other high-temperature processes.
   
   LED production: used as a carrier substrate in MOCVD equipment for high-temperature processing.
   
   Photovoltaic industry: silicon wafer processing and thin-film solar cell production.
   
   Glass manufacturing: high-temperature forming and mold applications.
   
   Metal processing: high-temperature sintering and casting molds.
   
   Electronics industry: PCB manufacturing and sintering and fixing of electronic components.
   
   Scientific research and experimentation: high-temperature experiments and vacuum environment applications.
   
   Aerospace: high-temperature testing and composite material molding.

 

1. Characteristics of Graphite
   
   Graphite fixtures and tooling exhibit the following excellent properties:
   
   High-temperature resistance: They can maintain stability in high-temperature environments.
   
   Corrosion resistance: They are resistant to various chemical corrosions.
   
   High thermal conductivity: This ensures uniform temperature distribution.
   
   Low thermal expansion coefficient: Dimensional stability is maintained at high temperatures.
   
   High mechanical strength: They are durable and resistant to deformation.
   
   Ease of processing: Complex shapes can be customized according to demand.

 

1.  Product Types
   
   Graphite molds: Used for high-temperature forming and casting.
   
   Graphite substrates: Utilized in semiconductor and LED production.
   
   Graphite clamps: Employed for electronic component testing and PCB manufacturing.
   
   Graphite crucibles: Applied in metal melting and high-temperature experiments.
   
   Graphite electrodes: Intended for electrical discharge machining and high-temperature sintering.

 

1.  Material Types
   
   Isostatic graphite: Formed through isostatic pressing, it is isotropic with high mechanical strength.
   
   Molded graphite: Formed by molding, it has uniform density and good processing performance.
   
   Extruded graphite: Formed through extrusion, it is suitable for long strip products.
   
   Summary: Graphite fixtures have wide applications in high-temperature, corrosive environments, and high-precision machining. Their excellent performance makes them a key tool in multiple industries. Choosing our graphite tooling fixtures can help you achieve excellent performance in high-temperature and high-precision environments!