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Used Heat Exchangers in Japan

  • 1999 Le Carbon Cubic

    1999 Le Carbon Cubic

    • Manufacturer: ル・カーボン

    Cubic type heat transfer area 18.5 m2 Carbon part defective

    Hiroshima, Japan
  • 1990 s.e.c. sh-5622-14

    1990 s.e.c. sh-5622-14

    • Manufacturer: エスイーシー

    Heat transfer area: 7.74 m2 Material: KCB (copper-nickel alloy) on the tube side Copper side SS41

    Hiroshima, Japan
  • 2008 Tokai Carbon EC25CS2-18

    2008 Tokai Carbon EC25CS2-18

    • Manufacturer: 東海カーボン

    Heat transfer area: 20.2 m2 on both sides A and B Design temperature: 150°C on A side, 50°C on B side Carbon part defective. The defective part has been identified. New parts can be replaced.

    Hiroshima, Japan
  • 2000 Nippon Carbon Special BZ661MCN1S8

    2000 Nippon Carbon Special BZ661MCN1S8

    • Manufacturer: Made in Japan Carbon

    Where to use: Chemical factory | Heat transfer area: 23.3m2 | Design pressure: FV to 2kPaG | Design temperature: 150 ° C

    Kure, Japan
  • Kobelco Eco-Solutions 5m2

    Kobelco Eco-Solutions 5m2

    • Manufacturer: Kobelco

    Heat transfer area: 5m2 Design pressure: Tube F.V. to ATM, Shell 0.5MPa

    Hiroshima, Japan
  • 2011 Izumi Environmental Engineering Vertical

    2011 Izumi Environmental Engineering Vertical

    • Manufacturer: 泉環境エンジニアリング

    Tube: 25.4φ (2t) x 3000L x 165 tubes (SUS304) Body plate: 500φ (SGP-E)

    Hiroshima, Japan
  • 1996 Iwai Machine GHX

    1996 Iwai Machine GHX

    • Manufacturer: 岩井機械

    Plate material: SUS316 Heat transfer area: 85.8m2 Flow rate: 100m3/h(MAX) Heat resistance: 150°C Number of Plates：CH①62 CH②42 CH③30

    Hiroshima, Japan
  • 1998 Hisaka Manufacturing UX-016A-KNJR-8

    1998 Hisaka Manufacturing UX-016A-KNJR-8

    • Manufacturer: 日阪製作所

    Heat transfer area: 0.5m2 Material: Wetted part SUS | Quantity saved: Two

    Hiroshima, Japan
  • 1997 Izumi Food Machinery NB36SS-163-6-HWW

    1997 Izumi Food Machinery NB36SS-163-6-HWW

    • Manufacturer: イズミフードマシナリー

    Plate material: SUS316 Heat transfer area: 56.52m2 13500L/h Number of plates: CH①77, CH②72, CH③14

    Hiroshima, Japan
  • 1984 Crosse KSH-Ⅲ

    1984 Crosse KSH-Ⅲ

    • Manufacturer: cross-examination

    Heat transfer area: 25 m2 Drawings available Quantity saved: One

    Hiroshima, Japan
  • 1991 EX-15-KNJR-8, Hisaka Mfg.

    1991 EX-15-KNJR-8, Hisaka Mfg.

    • Manufacturer: 日阪製作所

    Electric heating area: 1.9m2 Max. operating temperature: 130°C on B side / 140°C on A side Spare plate and gasket available

    Hiroshima, Japan
  • Multitubular heat exchanger

    Multitubular heat exchanger

      Where to use: Chemical factory Food factory | Heat transfer area: 2m2 SUS

      Kure, Japan
    • 1990 Plate heat exchanger

      1990 Plate heat exchanger

      • Manufacturer: Hisaka Seisakusho

      Where to use: Chemical factory Food factory Environmental recycling factory Water treatment plant | Heat transfer area: 75m2 SUS pressure leak tested, as-is

      Kure, Japan
    • Multi-tube heat exchanger (tube &

      Multi-tube heat exchanger (tube & shell)

      • Manufacturer: Showa Kakoki

      Body: SS Tube: SUS Shell side: SUS Cylindrical horizontal type withstand pressure leakage test Please see the PDF in the specification sheet for the external dimensions.

      Kure, Japan
    • 1989 Hisaka Model UX-016-J-36

      1989 Hisaka Model UX-016-J-36

      • Manufacturer: Hisaka

      Heat transfer area: 3m2 Design pressure: 5kgf / c㎡

      Kure, Japan
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    Overview

    Heat exchangers are devices designed to transfer heat between two or more fluids without mixing them. They are widely used in various industries such as HVAC, power generation, chemical processing, and automotive to efficiently manage heat transfer processes. Common types include shell and tube, plate, and air-cooled heat exchangers.

    FAQ

    What factors should I consider when purchasing a heat exchanger?

    Consider the type of fluids involved, the required heat transfer rate, operating temperatures and pressures, and the specific application. It's also important to look at the material compatibility and maintenance requirements.

    How can I ensure my heat exchanger is shipped safely?

    Use a reputable shipping service experienced in handling industrial equipment. Ensure the heat exchanger is properly packed, secured, and protected against damage during transit.

    What maintenance is required for a heat exchanger?

    Regular maintenance includes inspecting for leaks, cleaning to remove fouling, checking for corrosion, and ensuring all connections and seals are intact. Follow the manufacturer’s recommendations for detailed maintenance procedures.