Bragging and Soldering

Soldering, brazing, and fusion welding, like quenching heating, require concentrated and precisely controlled heating. Because induction heating is very fast, it results in minimal oxidation and deformation, and is also less expensive than some of the most commonly used heating methods. In many cases, its applications are similar to quenching heating techniques. Because the heating time for many welding operations is very short, the power supply must be able to repeatedly heat the workpiece in a precisely controlled manner.

Applications of Induction Heating

Typical heating inductors include:

1. Vacuum melting analysis inductor for air-cooled silicon tubes;
2. Plate-type combination inductor for easy workpiece insertion;
3. Multi-turn square-section tube inductor for heating large cross-section workpieces;
4. Rotary moving heating inductor connected to a rotating indexing plate;
5. Linear moving heating inductor;
6. Horizontal partitioned purification inductor;
7. Multi-inductor using rectangular tubes to provide a high coupling coefficient;
8. Typical double-turn inductor for non-ferrous metal copper welding;
9. Multi-station inductor;
10. Spiral inductor for heating inner surfaces;
11. Flat double-turn inductor;
12. Horseshoe inductor;
13. Flat inductor for heating flat surfaces;
14. Inductor for welding cutter heads;
15. Slit inductor for heating thin sheets.