What experiments can electric heating high-temperature vacuum heat treatment furnace be used for?
06-06-2025 Author: KJ technology
Electric heating high-temperature vacuum heat treatment furnace can be used for various experiments, covering areas such as material preparation, heat treatment process research, surface treatment, and special environment simulation, as follows:
1. Material preparation and synthesis experiments: can be used to prepare high-performance ceramic materials, metal matrix composites, etc. For example, sintering experiments of ceramic materials in a high-temperature vacuum environment can produce high-density and high-performance ceramic products; In the preparation of metal based composite materials, uniform composite of different materials can be achieved by controlling the vacuum degree and temperature.
2. Metal material heat treatment experiment: Conduct annealing, quenching, tempering and other heat treatment experiments on metal materials. Heat treatment in a vacuum environment can avoid oxidation and decarburization of metal surfaces, improve the mechanical properties and surface quality of metal materials. For example, vacuum heat treatment of high-temperature alloys used in the aerospace industry can improve their high-temperature strength and creep resistance.
3. Powder metallurgy experiment: used for sintering and densification experiments of powder metallurgy materials. Under vacuum conditions, gases and impurities on the surface of powder particles can be eliminated, promoting the bonding between powder particles and improving the density and properties of sintered bodies. For example, vacuum sintering of hard alloy powder can produce hard alloy products with high hardness and wear resistance.
4. Surface treatment experiment: Conduct experiments such as surface carburizing, nitriding, and metalizing of materials. In a vacuum environment, by controlling the atmosphere and temperature, active atoms or molecules penetrate the surface of the material, changing the chemical composition and microstructure of the material surface, and improving the hardness, wear resistance, and corrosion resistance of the material surface.
5. Semiconductor material experiments: During the preparation and processing of semiconductor materials, a high-purity environment and precise temperature control are required. Electric heating high-temperature vacuum heat treatment furnace can be used for annealing, diffusion and other experiments of semiconductor chips, removing impurities and defects in the chips, and improving the electrical properties of semiconductor materials.
6. Special environment simulation experiment: Simulate special environments such as high temperature and vacuum to study the performance changes and behaviors of materials in these environments. For example, studying the thermal stability and oxidation resistance of materials in space environments provides material performance data support for fields such as aerospace.
