Why Should Choose Induction Heating Technology for Part Hardening and Tempering Process?
In the industry, the components typically need to be heated to get modified to work in the specific conditions. After treatment, the microstructure and hardness as well as their tensile strength as well as yield strength will be greatly increased. Therefore, the process of heat treatment is an important procedure during the process of processing parts. The process of heat treatment may include tempering, hardening normalizing etc., and will be applied to the manufacturing process in accordance with different specifications for working conditions. We will now discuss what equipment can be used for the hardening and tempering process. In comparison to conventional methods using induction heating, induction heating technology offers many advantages when it comes to the process of heating for tempering and hardening. For more detail please visit>>> https://huanluyenantoan.org transport międzynarodowy naturalne suplementy diety Induction heating is a great option for manufacturing processes as it's a quick and energy efficient method of heating materials that conduct heat. Typical systems include inductor using a copper coil and a cooling unit, or cooler. The current is pushed through the coil to produce an electromagnetic alternating magnetic field. When the conductive pieces are placed within the coil, there will be electrical current flowing through. The electric current is paired with the characteristic resistance of the conductive component to create heat. Then what is the benefit of using induction heating to help harden and tempering of steel? 1.FlexibilityInduction heating system doesn't need preheating time and show-down time for the machines, then you can start or stop the machine as per your production need. Most often materials of different sizes and grades has to be tempered using a different temperature. However, conventional machines are difficult to attain temperature adjustment. If the tubes or bars are heated to a high temperatures for a prolonged period then the steel will begin decarbonizing. On the contrary, induction heating systems can achieve an adjustment in temperature that is controlled by power output. This is essential to achieve different grades of need of different grade tubes or bars. 2.Uniformity in structure and hardness The microstructure of the steel will show following changes with the process of heat treatment Ferrite-Austenite Martensite, Sorbide. However, only the steel will experience homogenous cooling and heating, this allows the structure to be altered homogeneously. If it can not transformed coaching Kraków completely, then the hardness, toughness and tensile strength will be affected and the material can not be able to meet the requirements of the intended application. In the heating system that uses induction, every heating element will be monitored and controlled which means that the structure will be properly transformed and will remain in a the stability of the structure. 3.Very low maintenance Comparing to traditional furnaces the induction heating furnace will only need to maintain the induction heating coil each year. Other components only have to be regularly checked.

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