Introduction
This horizontal vacuum sintering furnace with a graphite thermal field is designed for high-temperature material processing under vacuum or inert atmosphere. Developed by Brother Furnace engineers based on advanced international temperature control, furnace design, and material technologies, it offers excellent performance for sintering, heat treatment, and degassing of ceramics, metals, and composites.
Technical Parameters
| Model | Heating Zone(Dia*H)mm | Work Temp(℃) | Power（kW） | Voltage（V） | Ultimate Vacuum(Pa) |
|---|---|---|---|---|---|
| BR-18STV-40 | Φ160×160 | 1800 | 35 | 380 | 6.67×10-3 |
| BR-18STV-50 | Φ200×300 | 1800 | 60 | 380 | 6.67×10-3 |
| BR-22STV-40 | Φ160×160 | 2200 | 50 | 380 | 6.67×10-3 |
| BR-22STV-50 | Φ200×300 | 2200 | 90 | 380 | 6.67×10-3 |
| Customization Available | |||||
Features of Vacuum Graphite Sintering Furnace
Graphite Heating System
Utilizes high-purity graphite heating elements; maximum operating temperature: 2400 °C, ensuring uniform and efficient heat distribution.
Advanced Insulation Design
Features a composite thermal insulation structure combining graphite soft felt and hard felt, ensuring high thermal efficiency and minimal heat loss.
Robust Dual-Layer Furnace Shell
Inner shell made of polished stainless steel and outer shell of carbon steel with double-layer water cooling to maintain surface temperature and extend furnace life.
Intelligent Control Interface
Equipped with a high-definition touchscreen HMI and proprietary control software.
Integrated PLC system for automated process control and real-time monitoring.
User-Friendly Access Design
The front and rear door designs are for flexible material loading/unloading.
The observation port allows monitoring of internal heating conditions.
Accurate Temperature Measurement
A dual-sensor system uses a W-Re thermocouple and infrared thermometer.
The thermocouple is designed for automatic insertion and withdrawal to minimize contamination.
Optional Components
- Water cooling system
- Graphite crucible
