High Frequency Welding Carbon Tube Mill Line for Water Supply Pipes

This advanced production line manufactures High Frequency Induction Welded (HFW) carbon steel tubes through cold forming of steel strip into circular shape, followed by longitudinal welding, sizing, and cutting to specified lengths.

• Siemens PLC automatic control system for precision operation
• Eurotherm DC speed control system with digital display
• User-friendly interface with easy maintenance and high reliability
• Three integrated sections: Entry, Forming/Welding/Sizing, and Cutting/Delivery

Steel coil → Uncoiler → Shear and Welder → Horizontal/Cage Accumulator → Forming Mill → HF Solid Welder → Sizing Mill → Rough Straightening (Turkey Head) → Cut Off Machine → Run Out Table

This high-frequency welded tube mill line produces round tubes with diameters of 25.4-114mm and wall thickness of 0.8-4.0mm. Utilizing roll forming technology and high frequency induction heating, it creates precise section materials with advanced aperture technology and PLC automation for reliable operation.

• Installation Support: On-site engineers for machine setup and operator training
• Warranty: 1-year quality guarantee with lifetime repair support
• Pre-Sale Services: Workshop design and production output planning
• After-Sale Support: Installation, training, and extended engineering assistance
• Project Design: Complete project planning for stainless/carbon steel pipe production
• Logistics: Full responsibility for loading and shipping

Classified by application: Industrial stainless steel pipe making machines and decorative stainless steel pipe making machines.

• Decoiler for material handling
• Forming section with scroll welded pipe dies
• Welding unit
• Grinding section for weld finishing
• Straightening and sizing for diameter control
• Cutting system (hydraulic or grinding wheel)
• Automatic length definition

FOSHAN YXH equipment features robust construction, high precision, full automation, easy operation, continuous production, high efficiency, material conservation, excellent finish rates, and low production costs.

• Incorrect torch positioning
• Misalignment around welding area
• Current too high/low
• Argon quality issues
• Contamination from water/oil on materials

Complete setup includes pipe making machine, welder, dies/rollers, polishing equipment (round/square), polishing materials, and steel strip.