Inner hole quenching by supersonic frequency induction heating power supply

For inner hole quenching, we prefer supersonic frequency induction heating power supply. The supersonic frequency induction heating power supply produced by our company is a good equipment for quenching the inner hole of the workpiece. This equipment is not only used for quenching the inner hole of the workpiece, but also widely used in welding, diathermy, melting, annealing, etc. 

Advantages of supersonic frequency induction heating power supply

1. Fast heating, faster heating speed, even heating. (The speed can be adjusted and controlled)

2. Easy to install, just connect the power supply, induction coil and water inlet and outlet pipes. It is small in size, light in weight and easy to use.

3. The operation is simple and can be learned in a few minutes

4. Good effect, very uniform heating, fast heating, less oxide layer, no waste products after heating.

5. The temperature is controllable, the heating temperature of the workpiece can be controlled by setting the heating time, so that the heating temperature can be controlled to a technical point.

6. Eliminate high voltage, avoid the step-up transformer that generates nearly 10,000 volts of high voltage, and the safety is very high.

7. Wide heating, can heat all kinds of metal workpieces. (Replace the detachable induction coil according to the different working switches)

8. Quick start, heating can be started after water and electricity are turned on.

9. Less power consumption, about 70% less power than old-fashioned tube high-frequency equipment, the smaller the workpiece, the less power consumption.

10. Full protection, with overvoltage, overcurrent, overheating, water shortage and other alarm indications, and automatic control and protection.

Applications of supersonic frequency induction heating power supply

1. Hot heading of various high-strength bolts and nuts

2. Quenching of various axle shafts, leaf springs, shift forks, valves, rocker arms, ball studs and other auto parts.

3. Quenching of various internal combustion engine parts and deceleration surface parts

4. Welding of various picks, drill bits, drill pipes, coal drill bits, air drill bits and other mining equipment.

5. Quenching of various gears, sprockets and shafts.

6. Welding of various diamond composite drill bits

7. Welding of various hard alloy cutter heads and saw blades

8. Quenching of various hand tools such as pliers, knives and scissors, axes, hammers, etc.