1. Induction heating brazing. Copper pipes are connected to each other, with solder added in the middle. The solder in the middle is heated to melt, and then cooled and solidified to achieve the welding effect.
2. Quenching. Heat the workpiece to a certain high temperature, then use water, oil or air to rapidly cool it and let the surface of the workpiece harden.
3. Metal melting. Suitable for the extraction and melting of small amounts of metals, it uses high-frequency heating with fast speed and is the best choice for small amounts of metals.
4. Annealing. Heat the workpiece and gradually cool it to reduce the hardness of the metal workpiece, increase plasticity, improve cutting performance, and stabilize the size.

1. The company adopts the latest converter control technology to provide higher reliability and durability.
2. Constant power control, optimal heating effect: With constant current and constant power control functions, it greatly optimizes the metal heating process, achieves efficient and fast heating, and fully utilizes the superior performance of the product.
3. Efficient and energy-saving to save you expenses: Under the same conditions, it has the energy-saving effect of saving twice as much electricity as traditional electronic tube high-frequency heating equipment, with small “materials” and large use, achieving twice the result with half the effort, while reducing power load and increasing power capacity, saving you expenses.
4. Ultra small volume and weight: weighing only 30-70Kg, it is only a fraction or even a few tens of traditional equipment, making it easy to transport, install, use, and maintain, while saving you a lot of space.
5. Easy and convenient installation and use: Simply connect the corresponding water, electricity, and heating sensors and workpieces according to the instructions, and you can start up and use it without preheating or waiting. The simple heating adjustment knob allows you to quickly find the desired heating effect, and you can use this product conveniently without special training.

Specification