High frequency induction welding equipment for pick bit welding

High-frequency induction welding equipment can be used as a welding tool for carbide cutting tools, or as a heating tool for used cutting tools.

The prerequisite for high-frequency welding is the addition of solder, which is suitable for the welding of cutting tools such as diamond tools, drilling tools, turning tools, planers, milling cutters, reamers and other cutting tools.

The main advantages of high frequency induction welding equipment

1. High safety factor: no need for flammable and explosive gases, ensuring the safety of life and property.

2. Energy saving and environmental protection. During the welding process, no harmful gases such as carbon monoxide and carbon dioxide are produced. Since electricity is used, the cost is greatly reduced compared to using acetylene, gasoline, oxygen, LPG and other gases, saving at least thousands or tens of thousands per month. bucks.

3. High efficiency and low cost: Traditional brazing has low welding temperature, high heat radiation, high welding cost, and the risk of explosion. The flame temperature of the plasma brazing machine can be adjusted, and the welding temperature can reach more than 2,000 degrees. It has high stability, is more than twice the welding speed of acetylene, and can last for twelve hours.

4. Easy to carry: Since the entire host weighs only a few kilograms and is small in size, it does not require acetylene bottles or oxygen bottles, making it very suitable for working outdoors or in harsh environments.

Other application areas of high frequency induction welding equipment

1. Through thermoforming. Hot heading and hot rolling of various standard parts, fasteners, mechanical spare parts, hardware tools, and straight-shank twist drills. Metal materials are heated and annealed. Such as: steel pipe stretching, bending, and head smashing. Iron wire and steel wire are heated to make nails, and stainless steel products are annealed and expanded.

2.Quenching. Surface, inner hole, partial or overall quenching of various types of hardware tools, electric, hydraulic, pneumatic components, automobile, motorcycle parts and other mechanical metal parts.

3. Annealing. Continuous annealing and heating of pipes, rods and wires.

4. Preheating. Welding preheating, heating pipe heating.

5. Melt. Melting soldering of gold, silver, copper, etc.