Product Info

The high-pressure gas high-temperature furnace, capable of reaching up to 2800°C and 0.99 MPa, is a reliable device ideal for the sintering and refining of ceramics and graphite.

The high-pressure gas high-temperature furnace operates under a wide range of conditions, from high temperatures of up to 2800°C to pressures spanning from vacuum (0.01 Pa) to 0.99 MPa. It is especially suitable for the sintering and refining of ceramics and graphite, including materials with complex shapes created through injection molding. This furnace uses inert gases such as nitrogen, argon, and helium, providing an optimal processing environment tailored to the material.

■ Features
- Supports high temperatures up to 2800°C
- Operates under a wide range of conditions, from vacuum (0.01 Pa) to high pressure (0.99 MPa)
- Ideal for sintering and refining ceramics and graphite
- Uses inert gases such as nitrogen, argon, and helium
- Simplifies processes such as wax removal and sintering
- Optional support for halogen gases and low-pressure hot isostatic pressing (HIP)

■ Specifications
- Temperature range: Room temperature to 2800°C
- Pressure range: Vacuum (0.01 Pa) to 0.99 MPa
- Usable gases: Nitrogen, argon, helium, air, oxygen
- Applications:
- Sintering and refining of ceramics and graphite
- Wax removal
- Process optimization for sintering

■ Applications
This high-pressure gas high-temperature furnace is particularly suitable for the following applications in ceramics and graphite processing:
- Manufacturing of industrial components
- Sintering of electronic materials
- Refining of materials for specialized applications
Additionally, it is widely used in research and development, where high-quality material processing is required.

Combining high performance and reliability, this device enables the high-quality processing of ceramics and graphite, contributing to improved manufacturing efficiency.

CHUGAI RO (THAILAND) CO., LTD. is based in Bangkok, Thailand, and provides services throughout the country.

■ For more details, please download the PDF or feel free to contact us.