Introduction
Vacuum heat treatment furnace is an emerging heating method in China. It is widely used in the heat treatment of metal materials, widely used in auto parts, fasteners and aviation parts, etc., and has obtained good application results.
Advantages of Vacuum Heat Treatment Furnace
First, the vacuum heat treatment furnace can prevent oxidation, decarbonization and decarburization of the workpiece. The vacuum environment is created to prevent the oxidation and demineralization treatment of parts, improve the effect of hardening, reduce internal oxidation and pore generation, and reduce the possibility of the workpiece being quenched.
Second, the heat treatment in the vacuum heat treatment furnace can be obtained in a thermal vacuum atmosphere. The heat treatment of the workpiece can be obtained in a thermal vacuum atmosphere, which can reduce the temperature difference between the inside and outside of the material, and is advantageous for improving the physical properties and mechanical properties of the workpiece.
Third, the equipment has a low consumption rate, and it is easy to realize the automatic control of the whole process, which can ensure the consistency of the heat treatment quality of the workpiece and improve the production efficiency.
Fourth, vacuum heat treatment furnace can improve the service life of workpiece, reduce the environmental pollution caused by heat treatment, and is conducive to environmental protection.
Fifth, the new vacuum heat treatment furnace has low energy consumption and low operating costs, which can save production costs, improve product application performance, and create more benefit.
Sixth, high temperature vacuum heat treatment furnace is usually taken high, so it can heat a larger workpiece than the traditional furnace, and the volume is greatly reduced, which is more advantageous for production application.
Conclusion
Vacuum heat treatment furnace has the advantages of preventing oxidation, decarbonization and decarburization of parts, reducing the temperature difference between the inside and outside of the material, improving the performance of the material, reducing energy consumption, improving the service life of the workpiece, reducing environmental pollution and saving production costs. It is widely used in auto parts, fasteners and aviation parts industries, and has been widely praised.
