Compared to Seamless Pipes, the Advantages of High Frequency Welded Pipes

Compared with seamless pipe equipment, high-frequency welded pipe equipment is characterized by strong continuity, high efficiency, and low cost. At the same time, its raw material strip production is developing rapidly, and the proportion of welded pipes in the entire pipe material is increasing. High-frequency welded pipe units has the characteristics of no pollution and low noise in terms of pr

Compared with seamless pipe equipment, high-frequency welded pipe equipment is characterized by strong continuity, high efficiency, and low cost. At the same time, its raw material strip production is developing rapidly, and the proportion of welded pipes in the entire pipe material is increasing. 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 exhaust gas. Circulating water cooling is used in production, which is both energy-saving and environmentally friendly, and also saves labor. A single shift only requires 5-8 people.

In terms of usage, with the improvement of weld quality and non-destructive testing reliability of welded pipes, the use of welded pipes is becoming increasingly widespread, replacing seamless steel pipes in more departments and uses. The growth rate of welded pipes is faster than that of seamless pipes, which is the overall trend of development. The high-frequency welding process has advantages in many aspects, and has a wide adaptability to the material of the billet and the size of the steel pipe. High frequency welding not only improves welding speed, but also obtains welds with small heat affected zones and good penetration.

In terms of quality, the high-frequency welded pipe equipment has advantages such as good weld quality, small internal and external burrs, high welding speed, and low power consumption, which can be widely applied and promoted. High frequency welded pipe units can normally produce opposite sex pipes, while also producing square and rectangular pipes. Due to the large cross-sectional modulus of square and rectangular pipes, they can withstand greater bending forces, save a lot of metal, save processing time, and reduce component weight. Therefore, they are widely used in various fields of industry and agriculture.

Seamless pipe equipment also has its corresponding advantages, each with unique characteristics and applicable scenarios. The most suitable pipe making equipment should be selected based on comprehensive considerations such as usage environment, pipe specifications, and cost factors.