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The maximum operating temperature of the external heating atmosphere furnace can reach 1000°C. It is specially designed for sintering and heat treatment of materials in an inert atmosphere and oxidizing atmosphere. It is suitable for special ceramics, electronic ceramics, structural ceramics, functional ceramics, piezoelectric various heat treatment processes for ceramics, magnetic materials, powder metallurgy, rare earth materials, PTC materials, three primary color phosphors, polishing powders, metals, and other materials. The equipment has a beautiful appearance, a reasonable structure, and is easy to use. It is an ideal product for universities, scientific research institutes, and industrial and mining enterprises to perform powder sintering, ceramic sintering, high-temperature experiments, and quality inspection.
Features
- It has a complete alarm function and a more advanced safety chain protection system.
- Multiple safety and anti-riot measures and multiple gas emission methods ensure a good working environment.
- Complete atmosphere control system to meet various process needs.
- High-performance and high-quality electrical components ensure the stable and reliable operation of the equipment for a long time.
- Low load heater can effectively extend the service life of the equipment.
Technical Parameters
model | Maximum temperature (℃) | Working temperature (℃) | Furnace size (diameter x depth) ( mm ) | Voltage(V) | Power ( kW ) |
|---|---|---|---|---|---|
BR- 4060AN | 1 0 00 | 9 00 | Φ4 00* 6 00 | 38 0 | 30 |
BR- 6010AN | 1 0 00 | 9 00 | Φ60 0*1 00 0 | 38 0 | 60 |
Applications
● Scientific Research:
Used in laboratories for material property research, synthesis of new materials, and various experiments.
● Metal Manufacturing:
Applied in the metal industry for processes such as heating treatment of metal components and alloy preparation.
● Ceramic Industry:
Utilized for thermal treatment, sintering, and preparation of ceramic materials, enhancing the quality of ceramic products.
● Semiconductor Manufacturing:
Employed in the production of semiconductor devices for high-temperature treatment and the preparation of electronic components.
● New Materials Development:
Supports the development of new materials by providing a high-temperature processing platform for synthesis and performance studies.
● Chemical Industry:
Used in chemical reactions, including catalyst preparation and organic synthesis.
