Automatic Spot H-Type Finned Tube Welding Machine for Power Plant Boiler Processing

• Customization: Available
• Cooling Way: Combined Cooling
• Control: Automatic
• Model NO.: M-HF160
• Welding Way: Spot Welding
• Type: Ntermediate Frequency Inverter Welder
• Net Weight: 8500kg
• Welding Speed: 5-15m/Min
• Material: Carbon Steel & Stainless Steel
• Efficiency: ≥98%
• Control System: PLC Automatic Control
• Operation Mode: Button & Touch Screen
• Fin Thickness: 2-3mm
• Application: Heat Exchanger Production
• Transport Package: Wooden Case
• Specification: L15000×W2000×H1800mm
• Trademark: BOBO
• Origin: China

Product Description

Product Introduction

This H-type finned tube welding machine is a high-efficiency automatic production line equipped with 3×160KVA intermediate frequency inverter power supply, specialized in welding single and double H-type finned tubes for heat exchange systems. It features automatic fin feeding via a hopper and precise base tube positioning, realizing simultaneous welding of left and right fins with the base tube at the welding position. The welding time per pair is less than 3 seconds, boasting a welding fusion rate over 98% and excellent welding strength (tensile strength >200MPa). Adaptable for tubes of 1-14m in length, 19-56mm in diameter and fins of 2-3mm in thickness, it can weld various material combinations like carbon steel and stainless steel. With high dimensional accuracy and stable performance, the machine produces H-type finned tubes with firm welding, uniform heat transfer and strong structural stability, ideal for waste heat recovery systems of power plant boilers, industrial kilns and marine power units.

Detail 1

Detail 2

This machine adopts PLC automatic control with hopper auto fin feeding and manual tube loading. It enables simultaneous double-side welding, with each pair welding time <3s, fusion rate ≥98% and tensile strength >200MPa, ensuring high welding efficiency and stability.

Equipped with universal fixtures for single/double tubes, it fits 1-14m length tubes (19-56mm diameter) and 2-3mm thickness fins. It welds multiple material combinations and ensures ultra-high dimensional accuracy with strict tolerance control for fin spacing and verticality.

Sample

Sample

Sample

Technical Specifications

(Custom configurations available upon request.)

Parameter Item	Specification
Total Power Supply	3×160KVA Intermediate Frequency Inverter Power Supply
Welding Time per Pair	<3s (Excluding loading/unloading & annealing time)
Welding Fusion Rate	≥98%
Tensile Strength	>200MPa
Weld Coverage Rate	100%
Processable Tube Length	1m ~14m
Processable Tube Diameter	19mm ~ 56mm
Processable Fin Thickness	2mm ~ 3mm
Weldable Material Combinations	Carbon steel/carbon steel, carbon steel/low alloy steel, alloy steel/alloy steel, alloy steel/stainless steel, stainless steel/stainless steel
Fin Section Length Tolerance	-1mm ~ +1mm
Fin Spacing Tolerance	-0.5mm ~ +0.5mm
Fin & Tube Perpendicularity	-1° ~ +1°
Fixture Adaptability	Suitable for single/double tube welding

After Sales Service

Standard Warranty: 12 months or 2,000 operating hours (whichever comes first).
Extended Warranty: Optional coverage up to 36 months.
Global Support: 24/7 technical assistance and spare parts supply.
Training: On-site or remote operation/maintenance training.

Company Profile

FAQ

Q: What is the standard welding speed of this specialized machine?
A: The machine typically completes one welding pair in five seconds, producing up to fifteen hundred high-quality fins per hour efficiently.

Q: Which materials are compatible with the H-type fin welding process? 
A: This equipment effectively welds carbon steel, stainless steel, and various alloy steels, ensuring strong bonding for diverse industrial heat exchangers. 

Q: How does the PLC system enhance the automated welding operation?
A: The integrated PLC interface automates fin feeding and motion control, maintaining precise spacing accuracy within 0.6 millimeters during continuous production. 

Q: What tube diameters can the H-type finned tube machine handle?
A: Standard models support base tube diameters ranging from 32 to 51 millimeters, accommodating both single and double tube configurations easily.

Q: Why is high-frequency resistance welding used for H-type fin tubes?
A: High-frequency resistance technology provides rapid heating and deep penetration, resulting in superior weld strength exceeding fifty megapascals for durability.