Cause: Insufficient welding heat or excessively fast welding speed results in incomplete fusion of the weld seam. Solution: Increase the welding heat and reduce the welding speed t
Cause: During the welding process, metal oxides or other impurities are not completely expelled and get trapped within the weld seam. Solution: Adjust the welding parameters to ens
Cause: Stress concentration at the weld joint or poor welding quality, such as improper control of welding heat, mismatched welding speeds, etc. Solution: Optimize the design of th
The most important process in the production of high-frequency welded round pipes is the high-frequency welding itself. There are three main reasons for this. Firstly, welding qual
A high-frequency welded round pipe is a circular pipe made by welding metal materials (primarily steel plates) together using the resistance heat effect of high-frequency current.
Expanding Test: Conduct an expanding test on submerged arc welded (SAW) straight seam steel pipes to enhance their dimensional accuracy and improve the distribution of internal str
Ultrasonic Inspection: Perform ultrasonic inspection on the internal and external welds of steel pipes as well as the base metal on both sides of the welds to detect potential defe
Mechanical Properties Tests: These include flattening tests, flaring tests, bending tests, and hardness tests, which are conducted to evaluate the mechanical properties of steel tu
Wall Thickness Inspection: Utilize tools such as micrometers and thickness gauges to measure the wall thickness of steel tubes, ensuring it falls within the specified tolerance ran
The chemical composition of high-frequency welded steel tubes has a significant impact on their performance, hence the necessity for chemical composition analysis. This analysis is
Job Skills: Enhance the skills training of production personnel to ensure they have a comprehensive understanding of the production process, equipment operation, and key quality co
For high-frequency welded steel tubes that require cold bending, it is necessary to control the cold bending process parameters, such as the cold bending angle, bending radius, and