Introduction
This vacuum sintering furnace utilizes a tungsten wire mesh heating system, enabling ultra-high temperatures up to 2400 °C in a clean, contamination-free environment. It is ideal for the sintering of high-purity ceramics, transparent ceramics, sapphire glass, and zirconia under high vacuum. Additionally, it supports degassing and aging treatments. The system is widely used in pilot-scale production, university research, and advanced materials laboratories.
Advantages of Vacuum Tungsten Wire Sintering Furnace
Ultra-High Temperature Capability
Specially engineered tungsten mesh and tungsten foil heating elements provide maximum temperatures up to 2400 °C, ensuring reliable performance for demanding sintering applications.
High Vacuum Performance
Integrated direct-coupled vacuum pump and turbo molecular pump system achieves an ultimate vacuum of 6×10⁻⁴ Pa, suitable for high-purity processes.
Advanced Control System
Features an intuitive HD touchscreen Human-Machine Interface (HMI) with a built-in proprietary operating system.
PLC-based automatic control ensures accurate process management and safety.
Flexible Atmosphere Options
Capable of working under various controlled atmospheres, including Nitrogen (N₂), Argon (Ar), Hydrogen (H₂), and N₂/H₂ mixtures, to support diverse material processing needs.
Optional Components
Water chiller for the cooling system
Tungsten crucible for precision sintering operations
Technical Parameters
Model | Heating Zone(Dia*H)mm | Temp(℃) | Temp Uniformity(℃) | Power(kW) | Ultimate Vacuum(Pa) |
|---|---|---|---|---|---|
BR-WSL-1020 | Φ100*200 | 2300 | ±5 | 60 | 6x10-4 |
BR-WSL-2040 | Φ200*400 | 2300 | ±5 | 160 | 6x10-4 |
BR-WSL-3050 | Φ300*500 | 2300 | ±5 | 250 | 6x10-4 |
BR-WSL-4060 | Φ400*600 | 2300 | ±5 | 340 | 6x10-4 |
