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  • Factory wholesale Spiral Fin Tube Heat Exchanger - ASTM A179 U Bend Heat Exchangers Tube  – Datang

    Factory wholesale Spiral Fin Tube Heat Exchanger - ASTM A179 U Bend Heat Exchangers Tube – Datang

    ● ASTM A179/ ASME SA179; ● ASTM A213/ ASME SA 213, T11, T22, T22, T5; ● ASTM A213/ ASME SA213, TP304/304L, TP316/316L, S31803, S32205, S32750, S32760, TP410; ● ASTM B111, C44300, C68700, C70600, C71500; ● ASTM B338, GR.1, GR.2. ● Monel Alloys. ● Nickel Alloys. ● U Bend Dimension capability. ● Tube OD.: 12.7mm-38.1mm. ● Tube Thickness: 1.25mm-6mm. ● Bending Radius: Min.1.5 x OD/ Max. 1250mm. ● U tube Straight “leg” Length: Max. 12500mm. ● Straight tube before U bending: Max. 27000mm. U Bend Tu...
  • Factory Cheap Vertical Fin Tube - Elliptical Fin Tube With Rectangular Fins Oval Tube  – Datang

    Factory Cheap Vertical Fin Tube - Elliptical Fin Tube With Rectangular Fins Oval Tube – Datang

    ● Tube outside diameter 8.0–50.0 mm ● Fin outside diameter 17.0 –80.0 mm ● Fin pitch 5 –13 fin/inch ● Fin height 5.0 –17 mm ● Fin thickness 0.4 – 1.0 mm ● Maximum tube lengths 12.0 m The cold and hot fluid walls are cross-flow heat exchange, and the tube is filled with refrigerant and air outside. The main body of the tube is phase change heat transfer. The tube is generally arranged in a serpentine shape with multiple tubes, and the fins are divided into single, double or multi-row structure...
  • China OEM Finned Tube Heater - L, LL, KL Finned Tube(Wound Finned Tubes)  – Datang

    China OEM Finned Tube Heater - L, LL, KL Finned Tube(Wound Finned Tubes) – Datang

    L finned tubes, LL (Double L) finned tubes, KL finned tubes (knurled fin tubes) (with aluminum fins) Fins: Aluminum ASTM B209 Al 1060; ASTM B209 Al 1100, 1050A. Fields of application ● the petroleum, chemical and petrochemical process industries ● natural gas treatment ● the steel industry: blast furnace and converter systems ● power generation ● air conditioning (Freon, ammonia, propane) ● incineration of household refuse ● compressor coolers, etc. L-foot tension wound finned tubes consist o...
  • Hot sale Fin Tube Radiant Heat - Laser Welding Finned Tube For Heat Exchanger  – Datang

    Hot sale Fin Tube Radiant Heat - Laser Welding Finned Tube For Heat Exchanger – Datang

    ● Tube outside diameter 8.0–50.0 mm ● Fin outside diameter 17.0 –80.0 mm ● Fin pitch 5 –13 fin/inch ● Fin height 5.0 –17 mm ● Fin thickness 0.4 – 1.0 mm ● Maximum tube lengths 12.0 m  The cold and hot fluid walls are cross-flow heat exchange, and the tube is filled with refrigerant and air outside. The main body of the tube is phase change heat transfer. The tube is generally arranged in a serpentine shape with multiple tubes, and the fins are divided into single, double or multi-row structur...
  • Renewable Design for Fin Pipe - T-Type High Efficient Heat Exchange Finned Tube  – Datang

    Renewable Design for Fin Pipe - T-Type High Efficient Heat Exchange Finned Tube – Datang

    ● 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...
  • Reliable Supplier Finned Tube Heat Exchanger - Elliptical Fin Tube With Rectangular Fins Oval Tube  – Datang

    Reliable Supplier Finned Tube Heat Exchanger - Elliptical Fin Tube With Rectangular Fins Oval Tube – Datang

    ● Tube outside diameter 8.0–50.0 mm ● Fin outside diameter 17.0 –80.0 mm ● Fin pitch 5 –13 fin/inch ● Fin height 5.0 –17 mm ● Fin thickness 0.4 – 1.0 mm ● Maximum tube lengths 12.0 m The cold and hot fluid walls are cross-flow heat exchange, and the tube is filled with refrigerant and air outside. The main body of the tube is phase change heat transfer. The tube is generally arranged in a serpentine shape with multiple tubes, and the fins are divided into single, double or multi-row structure...
  • OEM/ODM Factory Exhaust Fan Capacitor - ASTM A179 U Bend Heat Exchangers Tube  – Datang

    OEM/ODM Factory Exhaust Fan Capacitor - ASTM A179 U Bend Heat Exchangers Tube – Datang

    ● ASTM A179/ ASME SA179; ● ASTM A213/ ASME SA 213, T11, T22, T22, T5; ● ASTM A213/ ASME SA213, TP304/304L, TP316/316L, S31803, S32205, S32750, S32760, TP410; ● ASTM B111, C44300, C68700, C70600, C71500; ● ASTM B338, GR.1, GR.2. ● Monel Alloys. ● Nickel Alloys. ● U Bend Dimension capability. ● Tube OD.: 12.7mm-38.1mm. ● Tube Thickness: 1.25mm-6mm. ● Bending Radius: Min.1.5 x OD/ Max. 1250mm. ● U tube Straight “leg” Length: Max. 12500mm. ● Straight tube before U bending: Max. 27000mm. U Bend Tu...
  • Excellent quality Fin Tubes For Heat Exchangers - G Type Embedded Spiral Finned Tube  – Datang

    Excellent quality Fin Tubes For Heat Exchangers - G Type Embedded Spiral Finned Tube – Datang

    ● Bare tube general material: Copper, Alloy, Carbon Steel, Stainless Steel ● Bare tube OD: 16-63mm ● Fin general material: Aluminum ● Fin pitch: 2.1-5.0mm ● Fin height: <17mm ● Fin thickness: ~0.4mm G type embedded spiral finned tube is processed from a certain width in the steel pipe and spiral groove depth, then inlays the ribbon on the steel pipe by the equipment. In winding process, as the pre-tightening force to a certain extent so the strip will be firmly in the spiral groo...
  • High Quality Longitudinal Finned Tube - ASTM A179 U Bend Heat Exchangers Tube  – Datang

    High Quality Longitudinal Finned Tube - ASTM A179 U Bend Heat Exchangers Tube – Datang

    ● ASTM A179/ ASME SA179; ● ASTM A213/ ASME SA 213, T11, T22, T22, T5; ● ASTM A213/ ASME SA213, TP304/304L, TP316/316L, S31803, S32205, S32750, S32760, TP410; ● ASTM B111, C44300, C68700, C70600, C71500; ● ASTM B338, GR.1, GR.2. ● Monel Alloys. ● Nickel Alloys. ● U Bend Dimension capability. ● Tube OD.: 12.7mm-38.1mm. ● Tube Thickness: 1.25mm-6mm. ● Bending Radius: Min.1.5 x OD/ Max. 1250mm. ● U tube Straight “leg” Length: Max. 12500mm. ● Straight tube before U bending: Max. 27000mm. U Bend Tu...
  • Top Suppliers Copper Fin Tube Boiler - T-Type High Efficient Heat Exchange Finned Tube  – Datang

    Top Suppliers Copper Fin Tube Boiler - T-Type High Efficient Heat Exchange Finned Tube – Datang

    ● 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...
  • Special Design for Finned Tube Economiser - Stainless Steel Alloy Steel Serrated Finned Tube  – Datang

    Special Design for Finned Tube Economiser - Stainless Steel Alloy Steel Serrated Finned Tube – Datang

    ● Higher heat transfer coefficient. The serrate can make the gas flow across the fins freely, enhancing the turbulent motion and improving the heat transfer effect. Researches show that serrated fin tube’s heat transfer efficiency is about 15-20% higher than common solid fin tube. ● Reduce metal consume. Due to the higher heat transfer coefficient, for the same amount of heat, serrated fin tube is with less heat transfer areas, which help reduce the metal consume. ● Anti-ash-deposition and an...
  • High Quality Cooling Fins For Copper Tubing - T-Type High Efficient Heat Exchange Finned Tube  – Datang

    High Quality Cooling Fins For Copper Tubing - T-Type High Efficient Heat Exchange Finned Tube – Datang

    ● 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...