Spiral Finned Tube
Cold Worked Copper Finned Tube 5-26 FPI 0.7-2mm Wall for Air Cooling Heat Exchangers
High-efficiency extruded copper finned tubes with 5-26 fins per inch and 0.7-2mm wall thickness. Features roll forming technology for superior heat transfer, ISO 9001:2008 certification, and applications in boilers, oil coolers, and power plants. Offers 30-50% higher efficiency than welded alternatives with enhanced durability.
7mm Fin Height Spiral Fin Tube for Compressed Air Dryers - 5-26 FPI, 0.7-2mm Wall Thickness
High-efficiency spiral fin tubes with 7mm fin height and roll forming technology for superior thermal conductivity in compressed air dryers. Features ISO 9001:2008 certification, 30-50% higher heat transfer than welded alternatives, and custom sizing options. Ideal for industrial heating, cooling, and energy recovery applications with enhanced durability and cost savings.
Extruded Copper Spiral Finned Tube 0-12mm Fin Height 5-26 FPI for Industrial Heat Exchangers
High-efficiency extruded copper spiral finned tubes with 30-50% better heat transfer than welded alternatives. ISO 9001:2008 certified manufacturing with fin heights 0-12mm and 5-26 fins per inch. Ideal for boilers, oil coolers, and industrial heat exchange applications with custom sizing available.
Integrated Aluminum Spiral Finned Tube 0.8-0.9mm Thickness for Automotive Heat Exchangers | 5-26 FPI
High-efficiency integrated aluminum spiral finned tubes featuring roll forming technology for superior heat transfer in automotive applications. Available in 0.8-0.9mm thickness with 5-26 fins per inch. ISO 9001:2008 certified with enhanced structural integrity and vibration resistance for demanding thermal management systems.
Anti Corrosion Copper Cupro Nickel Spiral Finned Tube 44.5mm for Water Boiler with 5-26 FPI and 0.7-2mm Wall Thickness
High-efficiency extruded spiral finned tubes made from copper and cupro nickel alloys. Features roll forming process for superior heat transfer, 0-12mm fin height range, and ISO 9001:2008 certification. Ideal for boilers, heat exchangers, and industrial cooling systems with enhanced corrosion resistance and structural durability.
C68700 C44300 Copper Alloy Spiral Finned Tube 0-12mm Fin Height 5-26 FPI for Marine Heat Exchangers
High-performance extruded copper alloy finned tubes with 0-12mm fin height and 5-26 fins per inch. Features superior anti-corrosion properties, 30-50% higher heat transfer efficiency than welded alternatives, and ISO 9001:2008 certification. Ideal for marine, industrial, and power plant heat exchange applications with custom sizing available.
C71500 BFe30-1-1 Cupro Nickel Spiral Finned Tube 0-12mm Fin Height 5-26 FPI for Sea Water Heat Exchangers
High-performance extruded spiral finned tube with 0-12mm fin height and 5-26 fins per inch. Features superior anti-corrosion properties, integrated fin-tube structure, and enhanced heat transfer efficiency. ISO 9001 certified with applications in heating systems, power plants, and industrial cooling. Custom diameters and wall thicknesses available.
Custom Soft Annealed Finned Copper Tube for Solar Heating Systems - 0-12mm Fin Height, 5-26 FPI
High-efficiency extruded finned copper tubes for solar heating systems. Features roll forming process for integrated fin-tube structure, 0-12mm fin height range, 5-26 fins per inch. ISO 9001:2008 certified with superior heat transfer, vibration resistance, and long service life. Custom diameters and material options available.
Copper Spiral Finned Tube for Tankless Water Heaters - 5-26 FPI, 0.7-2mm Wall Thickness, ISO 9001 Certified
High-efficiency copper spiral finned tubes manufactured using roll forming technology for superior heat transfer in tankless water heaters. Features 5-26 fins per inch, 0.7-2mm wall thickness, and ISO 9001:2008 certification. Ideal for heating systems, industrial cooling applications, and energy-efficient heat exchange solutions with enhanced durability and cost savings.
Integral Copper Copper Nickel Spiral Finned Tube 5-26 FPI 12mm Height for Condensing Boilers
High-efficiency spiral finned tubes manufactured using roll forming technology for superior heat transfer in condensing boilers. Features 5-26 fins per inch, 12mm fin height, and ISO 9001:2008 certification. Ideal for industrial heating, cooling systems, and energy-efficient applications with enhanced durability and cost savings.
Roll Formed Copper Spiral Finned Tube for Liquid Cooling & Heating | 5-26 FPI, 0.7-2mm Wall Thickness
High-efficiency copper spiral finned tubes manufactured using roll forming process for superior heat transfer. Features 5-26 fins per inch, 0-12mm fin height, and ISO 9001:2008 certification. Ideal for industrial cooling/heating applications with custom sizing and bimetal options available.
Spiral Finned Copper Tubing for LED Heat Radiators - 5-26 FPI, 0.7-2mm Wall Thickness, Extruded Fin Design
High-efficiency extruded spiral finned copper tubing designed for LED heat radiator applications. Features roll-formed construction with 5-26 fins per inch, 0.7-2mm wall thickness, and superior heat transfer capabilities. ISO 9001:2008 certified with international distribution. Customizable dimensions and material options including copper, aluminum, and bimetallic configurations for optimal thermal management.
Extruded Spiral Finned Aluminum Tube 0.7-2mm Wall Thickness 5-26 FPI Heat Exchanger Component
High-efficiency extruded aluminum fin tubes with 0.7-2mm wall thickness and 5-26 fins per inch. ISO 9001:2008 certified roll forming process ensures seamless fin integration, superior heat transfer, and vibration resistance. Customizable for boilers, coolers, and industrial heat exchange applications with cost-saving performance.
Copper Extruded Spiral Finned Tube for Oil Cooler - 0-12mm Fin Height, 5-26 FPI Range
High-efficiency copper extruded spiral finned tubes with 0-12mm fin height and 5-26 fins per inch. Roll forming process creates integrated fins for superior heat transfer, vibration resistance, and long service life. ISO 9001 certified manufacturing with custom sizing for oil coolers, boilers, and industrial heat exchangers.