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Used sus in Hiroshima, Japan

  • 4000L SUS tank

    4000L SUS tank

      Total volume: 4000L (4m3) SUS cylindrical vertical type with ladder Dimensions: 1450φ × 2600H Flat bottom

      Kure, Japan
    • 1997 Kyoritsu Koki 5000L

      1997 Kyoritsu Koki 5000L

      • Manufacturer: Kyoritsu Koki

      Material: wetted part SUS Power: 5.5kw | Material: Wetted part SUS | Quantity saved: One

      Hiroshima, Japan
    • Reaction can 3000L

      Reaction can 3000L

      • Manufacturer: Daiichi Bussan Co.

      Material: Wetted parts SUS304 Power: 3.7kw | Material: Wetted part SUS 304 | Quantity saved: One

      Hiroshima, Japan
    • Reaction can 5000L

      Reaction can 5000L

        Material: Wetted parts SUS304. Drive unit is removed and placed separately.

        Hiroshima, Japan
      • 1997 Kyoritsu Koki 3000L

        1997 Kyoritsu Koki 3000L

        • Manufacturer: Kyoritsu Koki

        Material: Wetted parts SUS304 With drawings Power: 11kw (eG3) | Material: Wetted part SUS 304 | Quantity saved: One

        Hiroshima, Japan
      • 1992 Takasago Chemical 10000L

        1992 Takasago Chemical 10000L

        • Manufacturer: Takasago Chemical

        Material: Wetted parts: SUS304 Not explosion-proof

        Hiroshima, Japan
      • 2005 Takasago Chemical 4000L

        2005 Takasago Chemical 4000L

        • Manufacturer: Takasago Chemical

        Material: Wetted parts: SUS316 (coil: SUS316) Motor stored separately Drawings available

        Hiroshima, Japan
      • 1997 Noma Kikan 4000L

        1997 Noma Kikan 4000L

        • Manufacturer: Noma Kikan

        Material: Wetted parts SUS316 (coil: SUS316). Motor stored separately (d2G4 explosion-proof). Drawings available.

        Hiroshima, Japan
      • Reaction can 2000 L

        Reaction can 2000 L

        • Manufacturer: Daiichi Bussan Co.

        Closed type Power: 2.2kw | Material: SUS | Quantity saved: One

        Hiroshima, Japan
      • 2004 Vertical storage tank

        2004 Vertical storage tank

        • Manufacturer: 昭和化工機

        With jacket & coil With Fire Inspection Certificate

        Kure, Japan
      • 3m3 storage tank

        3m3 storage tank

          Where to use: Chemical factory | Whole picture: 2000L cylindrical vertical type made of SUS

          Kure, Japan
        • Agitation tank Tank/Reaction vessel

          Agitation tank Tank/Reaction vessel

            With stirrer 0.2KW 200V Bottom reverse R type Cleaned and operation checked

            Kure, Japan
          • Hopper tank

            Hopper tank

              Where to use: Chemical factory Food factory Water treatment plant | Whole picture: 150L SUS cylindrical vertical type with stirrer

              Kure, Japan
            • 2007 Hot water tank

              2007 Hot water tank

              • Manufacturer: KIYOMOTO

              800φ x 1,000H closed type With heating coil and float With drawings

              Kure, Japan
            • Oil storage tank

              Oil storage tank

                Where to use: Chemical factory Food factory Feed and fertilizer factory Environmental recycling factory | Whole picture: Heating tank with 2000L SUS jacket

                Kure, Japan
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              Overview

              Reactors are specialized vessels designed to facilitate chemical reactions under controlled conditions. They are used in various industries, including chemical manufacturing, pharmaceuticals, and petrochemicals. Reactors come in different types, such as batch reactors, continuous reactors, and catalytic reactors, each tailored to specific processes and requirements.

              FAQ

              What factors should I consider when purchasing a used reactor?

              Consider the reactor’s type, size, material of construction, and its previous usage history. Also, check for any signs of wear, corrosion, or damage, and ensure it meets the required specifications for your application.

              How can I ensure the safe shipping of a reactor?

              Hire a transport service experienced in handling heavy and sensitive industrial equipment. Ensure the reactor is properly cleaned, secured, and protected during transit to avoid any damage.

              What is the maintenance schedule for a reactor?

              Regular maintenance includes inspecting for leaks, checking pressure and temperature gauges, and ensuring all safety systems are operational. Periodically, conduct thorough inspections and cleaning as per the manufacturer’s guidelines.