Why are more and more companies choosing to use multi furnace heat treatment?

Why are more and more companies choosing to use multi furnace heat treatment?
The main reasons why more and more companies choose to use multi furnace heat treatment are as follows:
Improving the quality and performance of workpieces: Through furnace heat treatment, the grain boundaries of metal workpieces can be recrystallized and recrystallized, thereby increasing their hardness and strength, giving them better wear resistance and tensile resistance, and extending their service life. Meanwhile, heat treatment can optimize the grain boundaries and grain size of the workpiece, improve machining performance and toughness, and meet higher precision machining requirements. In addition, furnace heat treatment can eliminate internal stress in the workpiece, reduce the risk of cracking and fracture, increase the elastic modulus and hardness of the workpiece, and improve corrosion resistance and fatigue resistance.
Improving production efficiency: Multi purpose furnace heat treatment tools have the ability of thermal strength and oxidation resistance, which can ensure the quality of heat treatment, improve heat treatment production efficiency, reduce heat treatment deformation, reduce the labor intensity of operators, and ensure safe production and manufacturing.
Strong adaptability: The design of multi-purpose furnace heat treatment fixtures and molds has high adaptability and can be applied to workpieces of different shapes and sizes, meeting various heat treatment needs.
Accurate control: The heat treatment multi-purpose furnace can achieve precise control of heating temperature, insulation time, and cooling rate through a precise control system, thereby achieving better heat treatment results.
Energy conservation and environmental protection: By optimizing heat treatment processes, energy consumption and exhaust emissions can be reduced, meeting environmental requirements.
In summary, multi furnace heat treatment has significant advantages in improving workpiece quality, production efficiency, adaptability, and energy conservation and environmental protection, and is therefore increasingly favored by more and more enterprises.