Processing » Hiroshima

Building Filters

20

Used side in Hiroshima, Japan

Belt conveyor inclined type
With speed controller and ON / OFF. 100V. Purchasing area: 60Hz | Quantity saved: 1 | Size: Overall L: 1750mm×Width 310mm (Belt width 240) High side H760mm Low side H100mm
Hiroshima, Japan
2008 Makino BM-4000LDFJ-A-370MJR-V
- Manufacturer: マキノ
Capacity: 4000L Inverter speed change system Specifications/drawings available Control panel available Lining: Alumina porcelain brick Rotation speed during crushing：25±5r/min Rotation speed during discharge：15±5...
Hiroshima, Japan
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
2000 Kansu Kosan㈱ T-5
- Manufacturer: Kansu Kosan Co., Ltd.
Total volume: 6000L Diameter: 2000φ × 2250H (excluding leg dimensions) There is a trace of stirrer installation Stirrer shortage
Kure, Japan
2000 Kansu Kosan㈱ T-6
- Manufacturer: Kansu Kosan Co., Ltd.
Total volume: 6000L Diameter: 2000φ × 2250H (excluding leg dimensions) There is a trace of stirrer installation Stirrer shortage
Kure, Japan
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
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
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
2003 LX-025A-TNHJR-6, Hisaka Mfg.
- Manufacturer: 日阪製作所
Heat transfer area: 0.5 m2. Maximum operating temperature: 144°C on A side and B side. Confidential test has been conducted. Click here to see a video of the test run (YouTube) upon completion of the maintenance.
Hiroshima, Japan
Osaka Sanitary Vertical Cylindrical Type
- Manufacturer: 大阪サニタリー
Jacketed Side cutout Material: SUS | Quantity saved: One | Size: φ1100×2200H (including legs)
Hiroshima, Japan
3000L Vertical cylindrical type
Agitating blade: Side scraping specification Power: 2.2kw | Material: SUS | Quantity saved: 7 units
Hiroshima, Japan
Screw conveyor
U trough shape Distribution specification to both sides
Hiroshima, Japan
Osaka Sanitary Vertical Cylindrical Type
- Manufacturer: 大阪サニタリー
Jacket and agitator (motor not included) Open sides/bottom
Hiroshima, Japan
Osaka Sanitary Vertical Cylindrical Type
- Manufacturer: 大阪サニタリー
Jacketed Side vent Agitator mounting base included
Hiroshima, Japan
Osaka Sanitary Vertical Cylindrical Type
- Manufacturer: 大阪サニタリー
Jacketed and agitated (0.4kw) Side/bottom opening Power: 0.4kw 4p | Material: SUS | Quantity saved: One | Size: External dimensions: φ900 x 2100H (including legs)
Hiroshima, Japan

12

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.