Application fields of high-temperature gas vacuum tube furnace

High temperature gas vacuum tube furnaces have been widely used in various fields due to their unique ability to operate at high temperatures, vacuum, or controlled atmospheres, as follows:

1. Research field of materials science
Ceramic material preparation: used to achieve densification sintering of ceramic materials, such as alumina ceramics sintered in a vacuum environment at 1600 ℃, which can remove pores and impurities in the body, increase density, and improve bending strength.
Heat treatment of metal materials: including annealing, quenching, tempering and other processes to improve the mechanical properties of metal materials. For example, annealing treatment of aircraft engine blades under argon protection at 1100 ℃ can eliminate processing stress, refine grain size, and extend fatigue life.
Nanomaterial synthesis: It is a key equipment for preparing nanomaterials such as carbon nanotubes, graphene, quantum dots, etc. For example, in an argon atmosphere at 800-1200 ℃, high-purity single-walled or multi walled carbon nanotubes can be generated by catalytic cracking of methane gas.
Preparation of semiconductor materials: Used for doping process of silicon wafers, introducing gaseous compounds of phosphorus or boron at 1000 ℃ can accurately control the doping concentration and depth, forming PN junctions that meet the requirements.

2. In the field of electronic component manufacturing
Electronic ceramic sintering: used for manufacturing ceramic capacitors, varistors, thermistors and other electronic components.
Thick film circuit preparation: providing strong support for the development of the electronics industry.

3. In the field of new energy
Solar cell manufacturing: used for preparing silicon-based materials, thin-film solar cells, etc.
Research on energy storage materials: development of new energy storage materials such as lithium batteries and sodium batteries.

4. Metallurgy and Chemical Industry
Metal smelting and purification: Optimizing and upgrading metal materials, such as removing hydrogen embrittlement from titanium alloy components through vacuum annealing, can reduce the risk of fracture.
Preparation of chemical raw materials and products, such as catalysts, nanomaterials, ceramic membranes, etc.

5. In the field of environmental protection and energy utilization
Waste disposal: used for incinerating organic waste to achieve waste reduction, harmlessness, and resource utilization.
Research on new energy technologies: research and development of new energy utilization technologies such as biomass energy and solar thermal utilization.

6. Education and Research Fields
Teaching and experimental equipment: As teaching and experimental equipment for universities and research institutions, it provides students with opportunities for practical operation, helping them better understand and master high-temperature heating technology.
Research Platform: Providing experimental platforms for researchers to promote the research and application of new materials, processes, and technologies.