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Used unit in Hiroshima, Japan

  • Enamel tanks for storage tanks

    Enamel tanks for storage tanks

    • Manufacturer: Cylindrical vertical 10.3m3-11.4m3

    Cylindrical vertical, made of iron (enameled) Internal repairs have been made

    Kure, Japan
  • 2008 Pressure tank

    2008 Pressure tank

    • Manufacturer: Made by Imai Ironworks

    Class 1 Pressure Vessel Structure Standard, Fire Service Law No. 20 Tank With tank inspection certificate PDF drawing is pasted in the specification column.

    Kure, Japan
  • Reaction can 5000L

    Reaction can 5000L

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

      Hiroshima, Japan
    • 1996 HAKKO INDUSTRIES (now GL

      1996 HAKKO INDUSTRIES (now GL HAKKO) 6000L

      • Manufacturer: Hakko

      Explosion-proof, cyclo reducer (reduction ratio 1/15). Shaft seal: mechanical seal. Maximum pressure of main unit: FV to 0.18 MPa / Jacket: 0.54 MPa. Design temperature: [Body] -20 to 170°C / [Jacket] -20 to 200°C.

      Hiroshima, Japan
    • Vertical hollow tank (for water

      Vertical hollow tank (for water storage)

      • Manufacturer: 14.3m3～15.2m3

      Total capacity: 15KL 2 units Total capacity: 14KL 4 units Enameled iron with a top lid Upper 750φ manhole, 60A horizontal pullout

      Kure, Japan
    • 1976 Square tank

      1976 Square tank

      • Manufacturer: Isumi Food Machinery

      1000L x 2 units Linked type Total 2,000L SUS square tank 1,000W × 1,000H × 2,000L Can be used for transportation Internal not cleaned

      Kure, Japan

    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.