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Vacuum Heat Treatment Furnace
Vacuum high-temperature sintering heat treatment for various cemented carbides, ceramic materials, magnetic materials, and rare refractory metal materials. Continuous processing for degreasing, degassing, and sintering of cemented carbides and non-oxide ceramic materials. Vacuum brazing and outgassing processes for electrovacuum devices such as vacuum switches, microwave tubes, vacuum relays, traveling-wave tubes, and others. Various temperature tempering heat treatment processes under vacuum or in an atmosphere filled with inert gases or reducing gases, suitable for components made of various alloy steels, stainless steels, and other materials. Vacuum quenching and tempering heat treatment processes for materials such as high-speed tool steels, carbon tool steels, measuring and cutting tool steels, and die steels; also applicable to the vacuum dehydroxylation process for quartz materials. Widely used in fields including the electronics industry, aerospace, heat treatment, powder metallurgy, magnetic materials, and more.
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Product description
Uses of Vacuum Heat Treatment Furnaces
Vacuum high-temperature sintering and heat treatment for various cemented carbides, ceramic materials, magnetic materials, and rare refractory metal materials.
Continuous processing for degreasing, degassing, and sintering of cemented carbides and non-oxide ceramic materials.
Vacuum brazing and degassing processes for electrovacuum devices such as vacuum switches, microwave tubes, vacuum relays, traveling-wave tubes, and others.
Vacuum, inert gas, or reducing gas atmosphere heat treatment processes at various temperatures, suitable for a wide range of alloy steels, stainless steels, and other components.
Vacuum heat treatment processes such as quenching and tempering for high-speed tool steels, carbon tool steels, measuring and cutting tool steels, and die steels can also be applied to the vacuum dehydroxylation process for quartz materials.
Widely used in fields such as the electronics industry, aerospace, heat treatment, powder metallurgy, and magnetic materials.
Features of Vacuum Heat Treatment Furnaces
The maximum temperature can reach 2,200℃, meeting the requirements for heat treatment of refractory metals.
Equip with a suitable vacuum pump unit according to different heat treatment processes.
Adopting an all-round heating method to ensure uniform temperature distribution throughout the equipment.
The furnace components are easy to disassemble, install, and maintain.
Cooling can be performed in high-pressure gas environments, improving production efficiency.
All operational actions of the equipment are equipped with interlocking protection, effectively safeguarding the equipment.
Equipped with comprehensive alarm functions and a more advanced safety interlock protection system.
An advanced automated control system that uses a PLC to automatically complete the entire process.
A sophisticated atmosphere control system that meets the requirements of various processes.
Equipped with high-performance, high-quality electrical components to ensure the long-term stability and reliability of the equipment.
Low-load heaters can effectively extend the service life of equipment.
Meets the requirements of a clean working environment and produces no pollutant emissions.
Main specifications
| Model | VV-2030 | VV-4060 | VV-6090 | HV-4060 | HV-5070Q | HV-7010 |
| Model | Vertical | Horizontal | ||||
| Use | Brazing, annealing, gas quenching, sintering, degassing, dewaxing, dehydroxylation, etc. | |||||
| Heating method | All-metal or graphite heater; resistance heating | |||||
| Operating temperature | 1150℃ | 1200℃ | 1200℃ | 2200℃ | 550~1200℃ | 850~1150℃ |
| Highest temperature | 1200℃ | 1300℃ | 1300℃ | 2300℃ | 1300℃ | 1200℃ |
| Temperature uniformity | ±5℃ | |||||
| Ultimate vacuum degree | 1x10 -5 Pa | 1x10 -4 Pa | 3x10 -5 Pa | 1x10 -3 Pa | 1x10 -4 Pa | 3x10 -5 Pa |
| Hot-state vacuum degree | 1x10 -4 Pa | 1x10-3 Pa | 5x10 -4 Pa | 5x10 -2 Pa | 3x10 -3 Pa | 5x10 -4 Pa |
| Air-cooled pressure | <0.1 MPa | <0.1 MPa | <0.2 MPa | <0.2 MPa | <2MPa | <0.1 MPa |
| Protective atmosphere | N2, Ar | |||||
| Effective workspace | Φ200x300 mm | Φ400x600 mm | Φ600x900 mm | 400x400x600 mm | 500x500x700 mm | 700x700x1000 mm |
| Heating power | 30KW | 75KW | 125KW | 175KW | 105KW | 175KW |
| Maximum capacity | 50Kg | 250Kg | 400Kg | 100Kg | 400Kg | 800Kg |
| Control method | Manual/Automatic | |||||
| Device weight | 0.8T | 1.2T | 2T | 1.2T | 2T | 2.5T |
Note: Other non-slogan items of different specifications can be customized according to user requirements.
The following auxiliary equipment can be provided as needed.
Rapid cooling system significantly boosts production efficiency.
Stirring and heating device to improve heating efficiency in the low-temperature section.
The new paperless recorder enables remote storage and monitoring of process data.
A variety of thermal insulation materials are available.
Inert gas sources, gas storage tanks, etc.
Loading accessories
Recirculating water system
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