Silicon Carbide High-Temperature Vacuum Sintering Furnace

This system is primarily designed for the cemented carbide and powder metallurgy industries, specializing in the production of various particle sizes of tungsten carbide (WC), titanium carbide (TiC), vanadium carbide (VC), and other metal and composite metal powders. The system significantly enhances silicon carbide (SiC) quality and offers substantial advantages over traditional carbonization furnaces.

• High temperature uniformity and thermal efficiency
• Multi-zone independent temperature control with vacuum partial pressure function
• Main body constructed from high-temperature resistant materials – suitable for carbonization heating processes of fine, medium, and coarse WC powders and composite materials
• Optimized temperature control combination method
• Optional graphite or metal radiation shields; heating elements provide 360° radiant heating with reliable insulation design
• Sealed degassing chamber and vacuum condensate trap reduce contamination of the heating chamber and system

• High temperature uniformity and thermal efficiency
• Multi-zone independent temperature control and vacuum partial pressure function
• Main body made of high-temperature resistant materials – suitable for carbonization heating of fine, medium, and coarse WC powders and composite materials
• Combined temperature control strategy
• Graphite radiation shield; graphite heating elements provide 360° radiant heating
• Multiple condensate trapping methods reduce system contamination
• Nitrogen purge system improves insulation performance and ensures more thorough degassing
• Patented insulation design guarantees long-term operation of heating elements
• Exhaust gas combustion and filtration system meets emission standards

For further information or to discuss your specific requirements, please contact us directly.