The maturity of high-frequency welded pipe machine forming and welding technology and its excellent performance make high-frequency welded pipe machines widely used in chemical, petrochemical, power, and construction structure industries. The main function of the equipment is to be used when installing pipelines. There are many pipeline products on the market now, and each pipeline has its own characteristics. Pipeline products play a significant role in the market and are also products needed in daily life. When high-frequency welded pipe machines develop in the market, they generally have good development prospects. Only then can high-frequency welded pipe machines gain a better foothold in the market, while also being relatively stable. In addition, the pipe wall thickness is larger, which can meet the requirements of general pipes, and the pipe manufacturing precision is high. Another point is that the performance is stable and the output is high.

High-frequency welded pipe machines can be used to weld bimetallic composite pipes, such as: air conditioning copper pipes and air conditioning copper pipes, air conditioning copper pipes and seamless steel pipes. Used for welding bimetallic composite pipes. The post-welding appearance is exquisite, solid, and rounded, with uniform heating, no missed welding points, or leakage points. The advantages of high-frequency welded pipe machines are also very obvious during operation, such as fast induction heating speed, high efficiency, energy saving compared to oxy-acetylene welding, and 40% lower cost. Small oxidation area. Also energy saving and low cost. Small oxidation area, exquisite appearance after welding. Uniform heating, no risk of missed welding or leakage. In fact, the equipment has high efficiency, fast welding tooth speed, 1-5 seconds/tooth, good repeatability, each tooth has good repeatability, fast and uniform heating, which can effectively avoid sawtooth aging and cracking caused by local overheating, and can also avoid safety hazards such as tooth loss caused by incomplete fusion in the melting furnace. High-frequency welded pipe machines produce high-toughness sawtooth woodworking saw blades, which are actually saw blades that cannot be welded by resistance welding machines, with low power consumption (2-3kw/H).