Processing » Heat Exchangers » Shell and Tube Heat Exchangers » Hiroshima

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Used Shell And Tube Heat Exchangers in Hiroshima, Japan

  • Multitubular heat exchanger

    Multitubular heat exchanger

      2 passes. Since there is no documentation, the heat transfer area cannot be determined without removing the mirror and investigating the diameter x number x length of tubes.

      Hiroshima, Japan
    • Multi-tube heat exchanger, vertical type

      Multi-tube heat exchanger, vertical type

        Heat transfer area: 4.7 m2 Tube: inner diameter 30mm, length 1240mm Number of tubes: 40 tubes, 400φ, single mirror SUS Heat transfer area: 4.7 m2

        Hiroshima, Japan
      • ［Carbon multi-tube heat exchanger (vertical

        ［Carbon multi-tube heat exchanger (vertical type)

          Heat transfer area: 4.9 m2 Tube: inner diameter 25 mm, length 2000 mm Number of tubes: 31 1-pass specification Heat transfer area: 4.9 m2

          Hiroshima, Japan
        • 2003 [Maeda Iron Works] Multi-tube

          2003 [Maeda Iron Works] Multi-tube heat exchanger

          • Manufacturer: 前田鉄工所

          This heat exchanger cools and condenses vapor generated by a vacuum concentrator (3000-4000 kg/hour evaporation rate). External dimensions: Approx. 1000mm diameter (excluding legs) x 4200mm high, Weight: Approx. ...

          Hiroshima, Japan
        • [Nisso Engineering] Multi-tube heat exchanger

          [Nisso Engineering] Multi-tube heat exchanger 20m²

          • Manufacturer: 日曹エンジニアリング

          Heat transfer area: 20㎡ Material: Tube: STB340-SC Shell: SS400

          Hiroshima, Japan
        • [Sumitomo Chemical Engineering] Multi-tube heat

          [Sumitomo Chemical Engineering] Multi-tube heat exchanger 20m²

          • Manufacturer: 住友ケミカルエンジニアリング

          Heat transfer area: 20㎡ Material: Tube: SUS304 Shell: SS400 Drawings available

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

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

          • Manufacturer: SEC

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

          Hiroshima, Japan
        • Kobelco Eco-Solutions 5m2

          Kobelco Eco-Solutions 5m2

          • Manufacturer: 神鋼環境ソリューション

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

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

          Multi-tube heat exchanger (tube & shell)

          • Manufacturer: 昭和化工機

          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

        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.