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Carbon Steel ERW Pipe Mill with PLC Control 10-660mm Diameter

Carbon Steel ERW Pipe Mill with PLC Control 10-660mm Diameter

Product Details:
Place of Origin: HEBEI,CHINA
Brand Name: Tengtian
Certification: CE, ISO9001, BV
Model Number: HG60
Detail Information
Place of Origin:
HEBEI,CHINA
Brand Name:
Tengtian
Certification:
CE, ISO9001, BV
Model Number:
HG60
Product Name:
Carbon Steel Tube Mill Machine / ERW Pipe Mill With PLC Automatic Control System
Cutting Saw:
Friction Saw Cutting
Welding Type:
High Frequency Welding
Pipe Thickness:
4.0-10.0mm
Max.Thickness For Square Pipe:
0.8-3.0mm
Product Speed:
Max 50m/min
Material:
Carbon Steel,stainless Steel,low Alloy Steel
Keywords:
Carbon Steel Tube Mill Machine
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erw tube mill

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stainless tube mills

Trading Information
Minimum Order Quantity:
1 set
Price:
$100000 to $1 million
Packaging Details:
Export waterproof and Seaworthy packing.
Delivery Time:
3 months
Payment Terms:
L/C,T/T,Western Union
Supply Ability:
50 set per year
Product Description
Carbon Steel Tube Mill Machine / ERW Pipe Mill With PLC Automatic Control System
Product Specifications
Attribute Value
Cutting Saw Friction Saw Cutting
Welding Type High Frequency Welding
Pipe Thickness 4.0-10.0mm
Max.Thickness for Square Pipe 0.8-3.0mm
Production Speed Max 50m/min
Material Carbon Steel, Stainless Steel, Low Alloy Steel
Product Overview
This high-quality ERW pipe mill is designed for producing round pipes (OD10-OD660mm, WT1.0-WT22mm), square pipes (8*8mm-520*520mm), and rectangular pipes. The rolling speed adjusts according to pipe diameter and wall thickness requirements.
Key Features
  • Type: ERW32 Pipe Mill
  • Application: Drain Pipe, Construction and Machinery
  • Production Capacity: 50,000-100,000 metric tons/year
  • Speed Range: 0-90m/min
  • Control System: PLC Automatic Control
  • Certification: ISO9001:2008
  • Warranty: 1 Year
  • After-sales Service: Overseas engineer support available
Production Process
Scroll up → Uncoil → Flattening → End Shear & Butt Welding → Accumulator → Forming → High-frequency induction welding → Removing external burr → Cooling → Sizing → Cutting → Checking & Collecting → Accessing Warehouse
Technical Specifications
Raw Material:
Material Application Hot or cold rolled steel strips, galvanized steel strips
Material Grade Low-carbon steel, low alloy steel: δs≤345Mpa
ID of Steel Strips Φ508-Φ610mm
OD of Steel Strips Φ800-Φ2000mm
Coiler Weight Max. 4000kg
Production Range:
Round Pipe 32-140mm (Thickness: 1.0-5.0mm)
Square Pipe 25*25-110*110mm (Thickness: 1.0-4.0mm)
Rectangular Pipe 20*30-90*120mm (Thickness: 1.0-4.0mm)
H.F. Welder: GGP300Kw Solid State High Frequency Welder
Line Speed: Max. 70m/min
Tube Length: 6-12m
Cutting Accuracy: ±3mm
Electric Installed Capacity: approx. 500KW
Size of Whole Line: about 80X9m
Carbon Steel ERW Pipe Mill with PLC Control 10-660mm Diameter 0
Our Services
  • On-site installation and operator training by our engineers
  • 1-year quality guarantee with life-time repair support
  • Pre-sales services including workshop and production output design
  • After-sales support including installation, training, and technical assistance
  • Option for long-term engineer support to optimize production
  • Complete project design for stainless steel/carbon steel pipe production
  • Responsible for loading and shipping arrangements
Frequently Asked Questions
What are the types of stainless steel pipe welder equipment?
Stainless steel pipe welder equipment is classified by use: Industrial stainless steel pipe making machine and Decorative stainless steel pipe making machine.
What are the supporting parts of stainless steel equipment?
  1. Decoiler: For handling steel strip coils
  2. Forming Part: Uses scroll welded pipe dies
  3. Welder: For pipe welding
  4. Grinding Part: For weld grinding
  5. Straightening and Sizing Part: For fine-tuning pipe diameter
  6. Cutting Part: Metal hydraulic or grinding wheel cutting
  7. Length fixed: Automatic material defining
Why does steel pipe leakage welding occur?
Possible causes include:
  • Welding torch position too high
  • Welding torch misalignment
  • Current too high or too low
  • Lack of argon in welding
  • Contamination in mould or steel (water/oil)