The ultrasonic induction quenching equipment uses a scanning heating sensor that can heat and quench both the flange end surface and the cylindrical surface.

Due to its own advantages of energy saving and environmental protection, ultrasonic induction quenching equipment is becoming more and more popular among people, and its applications are becoming more and more widespread. Anyone who knows about ultrasonic induction hardening equipment knows that it mainly performs heat treatment on workpieces through sensors. Today, we will introduce the sensor used by the 50kw ultra-audio induction quenching equipment to quench the flange end surface and cylindrical surface.

When the ultrasonic induction quenching equipment quenches the flange end surface and cylindrical surface, it mainly uses the scanning quenching method. Next, let's take a look at the scanning heating sensor that can heat and quench both the flange end surface and the cylindrical surface. of.

The scanning heating inductor that can be heated and quenched on both the end surface and the cylindrical surface is a new product developed by Zhengzhou Gao's through continuous research, and the effect is very good. In order to enable the flange to be heated. The effective ring should be designed to be flatter, and when heating starts, the gap between the bottom surface of the effective ring and the flange surface should be kept at about 1mm, while the gap between the inner side of the effective ring and the outer surface of the workpiece should be designed larger, such as 4mm. Since the gap inside the effective ring is more than three times larger than the gap on the bottom surface, when the ultrasonic induction heating equipment starts heating, the current on the rectangular section of the effective ring flows to the side facing the flange surface due to the proximity effect, causing the flange surface to be heated. After the flange surface reaches the quenching temperature, scanning begins. At this time, the gap on the bottom surface is large, and all the current is concentrated on the side facing the cylindrical surface of the workpiece, achieving the ideal effect.

It can be seen from the above that the inductor is an important part of the induction heating equipment, and its quality seriously affects the heat treatment quality of the workpiece. We have been engaged in the production and sales of induction heating equipment for fifteen years. We are very familiar with sensors. We can design sensors for you according to your workpiece type. If you want to know more about sensors, you can contact us.