What is the advantages of welded Pipe Making Machine and Tube Mill?

Compared with seamless pipes, the high frequency pipe making machine tube mill has the characteristics of strong continuity, high efficiency, low cost, etc. At the same time, the production of raw material strips has developed rapidly, and the proportion of welded pipes in the entire pipe is increasing. The production of high-frequency welded pipe units has the characteristics of no pollution and low noise in terms of production efficiency and economic benefits, and does not produce wastewater or waste exhaust gas pipe.

Circulating water cooling is used in production, which is energy-saving and environmentally friendly, and also saves labor. Only 5-8 people are needed for a single shift. In terms of use, with the improvement of the weld quality and non-destructive testing reliability of electric welded pipes, the use of welded pipes is becoming more and more extensive, replacing seamless steel pipes in more departments and uses. The growth rate of welded pipes is greater than that of seamless pipes. This is the general trend of development. High-frequency welding technology has advantages in many aspects and is widely adaptable to the material of pipe blanks and the specifications and sizes of steel pipes. High-frequency welding not only increases the welding speed, but also can obtain welds with small heat-affected zones and good burn-through properties.

In terms of quality, the high-frequency welded pipe making machine has the advantages of good weld quality, small internal and external burrs, high welding speed, and low power consumption, which can be widely used and promoted. High-frequency welded pipe units can normally produce special-shaped pipes, and mostly produce square and rectangular pipes. Since square and rectangular pipes have large section modulus, they can withstand greater bending force, can save a lot of metal, save processing time and reduce component weight, etc., so they are promoted and used in various aspects of industry and agriculture.