Processing » Hiroshima

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24

Used engines in Hiroshima, Japan

Tikara Engineering 60 × 25 1/2 type
- Manufacturer: チカラエンジニアリング
Main unit, scraping unit, hydraulic unit Capacity: 610L Rotation speed: 840(600G)~970RPM(800G) During scraping: 11RPM Without control panel and filter cloth. Please contact us for availability. We can provide you...
Hiroshima, Japan
1997 Mitsubishi Chemical Engineering 58L
- Manufacturer: Mitsubishi Chemical Engineering
Capacity:0.058m3 Class 1 pressure vessel (no data) Maximum working pressure: 30 kg/cm2 Maximum working temperature: 230°C Operation panel available Remarks Operation panel: Newly made is recommended. Others: Curr...
Hiroshima, Japan
Tomoe Engineering P-3000
- Manufacturer: Tomoe kogyo
No spare ball gearbox for decanter Material: SUS | Quantity saved: Two
Hiroshima, Japan
Tomoe Engineering P-3000
- Manufacturer: Tomoe kogyo
22kw 4000rpm/3200G Processing capacity: 3-5m3/H Power: 22kw | Material: SUS | Quantity saved: One
Hiroshima, Japan
2011 Izumi Environmental Engineering Vertical
- Manufacturer: 泉環境エンジニアリング
Tube: 25.4φ (2t) x 3000L x 165 tubes (SUS304) Body plate: 500φ (SGP-E)
Hiroshima, Japan
Red Bam Engineering VSP - 25P
- Manufacturer: 赤武エンジニアリング
Powder Conveying System, Sanitary Specifications (Conveying Piping 2S) Suction volume: 2500L/hr Air drive
Hiroshima, Japan
2017 Chikara Engineering HANG48×800
- Manufacturer: チカラエンジニアリング
Fully automatic low-discharge type Maximum capacity 480L Rotation speed 1080rpm Centrifugal effect 796G Scraping device hydraulically driven With control panel
Hiroshima, Japan
1989 [Chiyoda Engineering] Electric furnace No model
- Manufacturer: 千代田エンジニアリング
Hot air circulation / cylinder rotation type With blower
Hiroshima, Japan
2009 Nippori Engineering DD-40NX6-0
- Manufacturer: ニッポリエンジニアリング
Treatment air volume 25m3/min
Hiroshima, Japan
[Nisso Engineering] Multi-tube heat exchanger 20m²
- Manufacturer: 日曹エンジニアリング
Heat transfer area: 20 m2 Material: Tube: STB340-SC Shell: SUS304 (bolts and nuts: SS)
Hiroshima, Japan
[Tokyo Engineering] Filter Press TFAP7-14
- Manufacturer: 東京エンジニアリング
750mm square x 7 chambers (double) Filtration area: Approx. 6m2 (estimated) Accessories: Hydraulic unit
Hiroshima, Japan
[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
1992 Belltong Engineering Model KP-110-1000
- Manufacturer: Belltong Engineering
RPF Production Equipment Waste Plastic Volume Reducing Machine (PLAPACK) Parts replacement (sequencer) is required for the operation panel. With drawing, specification and instruction manual
Kure, Japan
2004 Igusundo Japan M500-1700HD Engine hydraulic drive type
- Manufacturer: Igusundo Japan Co.
Screw diameter: 500mm Length: 1700mm Two upper screws, one lower screw Rated output: 374PS Fuel tank: 400L light oil Please contact us for details. Manufacturer
Kure, Japan
2000 Screw conveyor
- Manufacturer: Nisshin Engine
O type 200φ × 4000L 0.75KW 200V Where to use: Chemical plant Food plant Feed and fertilizer plant Environmental recycling plant Crushed stone plant Water treatment plant
Kure, Japan

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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.