Processing » Hiroshima

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Used off shell in Hiroshima, Japan

  • Shell and tube heat exchanger

    Shell and tube heat exchanger (tube and shell)

      Heat transfer area: Approx. 7m² Tube: Stainless steel Shell: Stainless steel Application: Heating and cooling waste oil, etc.

      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
    • ［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
      • 2011 Izumi Environmental Engineering Vertical

        2011 Izumi Environmental Engineering Vertical

        • Manufacturer: Izumi

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

        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
        • 2008 Izumi Food Machinery NPW30F06-042-6-H

          2008 Izumi Food Machinery NPW30F06-042-6-H type

          • Manufacturer: Izumi

          Tubes in shell-and-tube heat exchanger replaced by All welded plate & tube heat exchangers Shell and tube heat exchanger Material is under investigation

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

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

          • Manufacturer: Sumitomo

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

          Hiroshima, Japan
        • Kobelco Eco-Solutions 5m2

          Kobelco Eco-Solutions 5m2

          • Manufacturer: Kobelco Eco-Solutions

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

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

          [Nisso Engineering] Multi-tube heat exchanger 20m²

          • Manufacturer: Nisso Engineering

          Heat transfer area: 20 m2 Material: Tube: STB340-SC Shell: SUS304 (bolts and nuts: SS)

          Hiroshima, Japan
        • 2000 Hitachi Air Conditioning System

          2000 Hitachi Air Conditioning System RCUJ 2650 W

          • Manufacturer: Hitachi Air Conditioning System

          Legal freezing capacity: 32.3 / 39.0 tons Cooling capacity: 236/265 kW Cold water temperature: input 12 ° C out 7 ° C Amount of cold water: 40.6 / 45.6 m³ / h Cooling water temperature: 30/35 ℃ Cooling water quan...

          Hiroshima, Japan

        Overview

        Processing equipment encompasses a wide range of machinery used in various industries to transform raw materials into finished products. This category includes machines like grinders, mixers, blenders, and specialized equipment for food, chemical, pharmaceutical, and other manufacturing processes. These machines are essential for improving efficiency, consistency, and quality in production lines.

        FAQ

        What should I consider when buying used processing equipment?

        Consider the machine's condition, age, maintenance history, and whether it meets your specific processing requirements. It's also important to check for any signs of wear and ensure compatibility with your existing systems.

        How do I arrange shipping for processing equipment?

        Use a reliable transport service experienced in handling industrial machinery. Ensure the equipment is properly cleaned, secured, and protected during transit to avoid any damage.

        What is the typical maintenance for processing equipment?

        Regular maintenance includes cleaning, lubrication, inspection for wear and tear, and calibration. Follow the manufacturer's guidelines for specific maintenance schedules and procedures to ensure optimal performance and longevity.