Application fields of vacuum annealing furnace

The vacuum annealing furnace has a wide range of applications in multiple fields, and its main application areas and specific applications are as follows:

1. Stainless steel products field
The vacuum annealing furnace is particularly suitable for continuous bright annealing, solid solution, demagnetization, and stainless steel quenching treatment of stainless steel products. These stainless steel products include but are not limited to plumbing equipment, water expansion parts, pins, medical devices, stainless steel nails, stainless steel screws, riveting parts, stainless steel bearings, watch cases, watch straps, cutting tools, micro shafts, self tapping and self drilling parts, and tableware. After vacuum annealing, these products have a smooth surface, no oxidation, no decarburization, and significantly improved quality.

2. Metal materials field
Rare metals: Vacuum annealing technology is also widely used for annealing rare metal tubes such as titanium tubes, zirconium tubes, etc. These rare metal pipes have a wide range of applications in aerospace, navigation, nuclear power, and petrochemical industries, with extremely high quality requirements for the materials. Vacuum annealing is an important process in the production of intermediate and finished products of these materials.
High speed steel and high alloy metal mold steel: After vacuum annealing, the properties of these materials are optimized and suitable for various high-precision and high load work scenarios.

3. Special materials field
Vacuum annealing furnaces also perform well in processing special materials, such as titanium alloys, soft magnetic alloys, and other special materials. These special materials also have a wide range of applications in aerospace, navigation, nuclear power, petrochemicals and other fields.

4. Other fields
Electronic materials: Vacuum annealing furnaces can be used for rapid cooling of silicon compounds used in semiconductors after heating, as well as for the formation of heat source films and the formation of silicides after activated ion implantation.
Ceramics and inorganic materials: such as ceramic substrate annealing furnaces, glass substrate annealing furnaces, as well as ceramic tension and deflection test annealing furnaces.
Composite materials: used for heat resistance evaluation furnaces, inorganic composite material thermal cycling test furnaces, etc.
High temperature testing: such as high-temperature tensile compression testing furnace, segmented zone control furnace, temperature gradient furnace, etc.

In summary, vacuum annealing furnaces play an important role in the processing and testing of stainless steel products, metal materials, special materials, and various other materials, and have broad application prospects. With the continuous advancement of technology and the continuous development of the market, the application fields of vacuum annealing furnaces will further expand.