Products

  • G Type Embedded Spiral Finned Tube

    G Type Embedded Spiral Finned Tube

    The fin strip is wound into a machined groove and securely locked intd place by back filling with base tube material. This ensures that maximum heat transfer is maintained at high tube metal temperatures.

  • Laser welded carbon steel finned tube

    Laser welded carbon steel finned tube

    High-efficiency Extruded Finned Tube for higher temperature applications giving complete and permanent atmospheric corrosion protection of the base tube. Using over 40% more aluminium than the equivalent applied fin, the extended fin is very robust and resistant to mechanical damage, allowing the Extruded Finned Tube to be cleaned without damage using either steam or high-pressure water Extruded Finned Tube is composite with iron-aluminum or copper-aluminum tube rolling out the fin, which fea...
  • GROOVED FIN TUBE OR ‘G’ FIN TUBE (EMBEDDED FIN TUBE )

    GROOVED FIN TUBE OR ‘G’ FIN TUBE (EMBEDDED FIN TUBE )

    The ‘G FIN TUBE is also known as Embedded Fin Tube. This type of fin tube widely finds acceptance where the requirement is for higher operating temperature and relatively lower corrosive atmosphere The fins are manufactured by embedding the fin strip into a groove formed on the base tube. The Fin is allowed to be placed in the groove and then the backfilling of the groove is carried out to ensure firm adherence of the fins to the base tubes. Because of the process this type of Fin Tube is als...
  • Aluminum Embedded Finned Tubes

    Aluminum Embedded Finned Tubes

    Aluminum Embedded Finned Tubes consists of aluminum fin strip that is mechanically embedded into the wall of the tube. The embedding process is controlled by tooling that first plows a groove into the tubes outside diameter, then guides the base of the fin into the groove and finally locks the fin in place by rolling the groove closed on the base of the fin. This strong mechanical bond holds up to vibration and continuous thermal cycling and can withstand temperatures far greater than those f...
  • T-Type High Efficient Heat Exchange Finned Tube

    T-Type High Efficient Heat Exchange Finned Tube

    T fin tube is a kind of high efficient heat exchange tube that is made by rolling processing and molding of the light pipe. Its structure characteristic is forming a series of spiral ring T tunnel on the outside the pipe surface.

  • HFW sprial SERRATED fin tubes apply in HEAT RECOVERY STEAM GENERATOR

    HFW sprial SERRATED fin tubes apply in HEAT RECOVERY STEAM GENERATOR

    ● Bare tube general material: Carbon Steel, Copper, Stainless Steel, Alloy ● Bare tube OD: 10-38mm ● Fin pitch: 0.6-2mm ● Fin height: <1.6mm ● Fin thickness: ~0.3mm T fin tube is a kind of high efficient heat exchange tube that is made by rolling processing and molding of the light pipe. Its structure characteristic is forming a series of spiral ring T tunnel on the outside the pipe surface. The medium outside the pipe forms a series of bubbles in the tunnel nuclear when heated. And becaus...
  • Copper Finned Tubes,Pure Copper Composite Finned Tube

    Copper Finned Tubes,Pure Copper Composite Finned Tube

    ● Bare tube general material: Carbon Steel, Copper, Stainless Steel, Alloy ● Bare tube OD: 10-38mm ● Fin pitch: 0.6-2mm ● Fin height: <1.6mm ● Fin thickness: ~0.3mm T fin tube is a kind of high efficient heat exchange tube that is made by rolling processing and molding of the light pipe. Its structure characteristic is forming a series of spiral ring T tunnel on the outside the pipe surface. The medium outside the pipe forms a series of bubbles in the tunnel nuclear when heated. And becaus...
  • Extruded Fin (Bi-metallic Fin)

    Extruded Fin (Bi-metallic Fin)

     High-efficiency Extruded Finned Tube for higher temperature applications giving complete and permanent atmospheric corrosion protection of the base tube. Using over 40% more aluminium than the equivalent applied fin, the extended fin is very robust and resistant to mechanical damage, allowing the Extruded Finned Tube to be cleaned without damage using either steam or high-pressure water Extruded Finned Tube is composite with iron-aluminum or copper-aluminum tube rolling out the fin, which fe...
  • Extruded Bimetallic Finned Tubes

    Extruded Bimetallic Finned Tubes

    High-efficiency Extruded Finned Tube for higher temperature applications giving complete and permanent atmospheric corrosion protection of the base tube. Using over 40% more aluminium than the equivalent applied fin, the extended fin is very robust and resistant to mechanical damage, allowing the Extruded Finned Tube to be cleaned without damage using either steam or high-pressure water Extruded Finned Tube is composite with iron-aluminum or copper-aluminum tube rolling out the fin, which fea...
  • Aluminum Copper Alloys Extruded Finned Tube

    Aluminum Copper Alloys Extruded Finned Tube

    Extruded Finned Tube is made from mono extruded copper alloys. Fins are up to 0.400″ (10mm) high. Extruded fin tubes are formed helically out of a mono-metal tube. The result is an integrally formed finned tube with an excellent fin-to-tube uniformity providing exceptional efficiency and longevity. Whether rough service, high temperatures, or corrosive environment, extruded fin tubes are a great option for heat exchanger applications. High Finned Tubes can be annealed to a soft state for bending and coiling. This type of product is excellent for heating, refrigeration, machinery coolers, water-heaters, and boilers.

  • L, LL, KL Finned Tube(Wound Finned Tubes)

    L, LL, KL Finned Tube(Wound Finned Tubes)

    Foot Finned Tubes are utilized into an heat exchanger, which does not exceed near 400 degrees, and used primarily in air-cooled applications (including large radiators and large compressor oil coolers).

  • Sprial Welding Finned Tube(Helical Finned Tubes)

    Sprial Welding Finned Tube(Helical Finned Tubes)

    high frequency welded spiral finned tubes are generally used for petrochemical industry and mostly installed on the convection sections of fired heaters, waste heat boilers, economizers, air preheaters, and heat exchangers involving the transfer of heat from a hot fluid to a colder fluid through a tube wall.

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