Vacuum Hot Press Furnace Description:
Vacuum hot press furnace is a thermal equipment that uses thermal energy and mechanical properties to densify powdered materials. Its characteristic is that the sintering temperature can be about 200℃~400℃ lower than that of normal pressure sintering depending on the size of the external pressure. At the same time, the external energy accelerates the densification speed of the powdered material. Therefore, fully dense products can be produced at a lower temperature and in a shorter time.
Application:
Vacuum hot press furnace is widely used in the net near forming and densification of parts of various composite materials, various high thermal conductivity materials, SiC/Si3N4/B4C ceramic materials, copper-based powder materials, iron-based powder materials, iron-copper-based powder materials, and other materials.
Vacuum Hot Press Furnace Features:
- Induction heating (maximum temperature 2600℃) and resistance heating (maximum temperature 2200℃) are two optional heating methods
- Control the temperature and pressure simultaneously
- Automatic switching between thermocouple (temperature control in low-temperature section) and high-precision infrared thermometer (temperature control in high-temperature section)
- Pressure control method: hydraulic motor servo control or proportional valve flow control
- The main components are imported from well-known brands, with high measurement and control accuracy
- The furnace chamber structure is a vertical side-opening front-loading structure with a double-layer water-cooled furnace shell
- The frame design is reasonable, with high strength, minimal deformation, and no vibration, etc.
- A variety of heat chambers are available (graphite heating element + graphite hard felt and soft felt composite insulation layer. Metal heating element + ceramic insulation layer. Metal heating element + metal reflective screen), with the characteristics of fast heating and good temperature uniformity.
- Can work under vacuum (normal vacuum, high vacuum, ultra-high vacuum) or atmosphere (reaction atmosphere, inert atmosphere) conditions
- Fully automatic control, human-machine interface operation, full data monitoring and storage, safety interlock, automatic alarm
Technical Parameters:
| Model | Rated Power (kW) | Max. Temp (℃) | Working Area (mm) | Vacuum (Pa) | Pressure (T) |
| FP-HPF-30 | 30 | 2200℃/2600℃ | Φ80*100 | 10/10-3/10-4 | 10-200 |
| FP-HPF-50 | 50 | 2200℃/2600℃ | Φ160*200 | 10/10-3/10-4 | 10-200 |
| FP-HPF-80 | 80 | 2200℃/2600℃ | Φ260*350 | 10/10-3/10-4 | 10-200 |
| FP-HPF-120 | 120 | 2200℃/2600℃ | Φ350*400 | 10/10-3/10-4 | 10-300 |
| FP-HPF-200 | 200 | 2200℃/2600℃ | Φ450*500 | 10/10-3/10-4 | 10-300 |
| FP-HPF-300 | 300 | 2200℃/2600℃ | Φ500*600 | 10/10-3/10-4 | 10-400 |
| FP-HPF-400 | 400 | 2200℃/2600℃ | Φ600*800 | 10/10-3/10-4 | 10-500 |
Optional configuration:
- Combustible gas system – increase the ability to heat components in a reducing environment (such as hydrogen)
- Chiller/cooling tower – for closed-loop cooling
- O2 monitor – used to measure the oxygen content in the supply gas or chamber environment
- Gas purifier – used to remove impurities in the gas supply Rapid cooling system
