Processing » Centrifugal Separators » Decanter Centrifuges » Hiroshima

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18

Used processing in 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
Kotobuki Industry S3-0
- Manufacturer: Kotobuki Industry
22kw (explosion-proof motor) 1300～2200rpm 1300G 【Maintained Processing capacity: 5-10m3/H Serviced in 2014 -> In indoor storage Overlay thermal spraying is not performed. Please consult with us.
Hiroshima, Japan
1999 Tomoe Kogyo PTM300
- Manufacturer: 巴工業
4000rpm/3250rpm approx. 3000G 4 units with 1/165 gear ratio and 1 unit with 1/125 gear ratio Back drive specification (can be converted to 1 motor specification) 1999, 2000, 2004 (2 units), and 2007 models availa...
Hiroshima, Japan
2007 IHI IX-36T
- Manufacturer: IHI
Rotation speed 3150 rpm (centrifugal effect 2000G) Gearbox GT-2X (1/88) With soundproofing box Gross weight of main body 2300kg
Hiroshima, Japan
Tanabe Wiltech Z2L-3LV
- Manufacturer: Tanabe Wiltech
5000rpm/4400G Nominal capacity: 3-5 m3/h New motor will be installed at the time of servicing
Hiroshima, Japan
1986 Tanabe Wiltech Z32-SL-V-HP
- Manufacturer: Tanabe Wiltech
5000rpm/4400G Nominal capacity: 3-5m3/h Variable impeller type Pole change motor
Hiroshima, Japan
1989 Tanabe Wiltech Z32SL-3LV
- Manufacturer: Tanabe Wiltech
Three-layer decanter 5000rpm/4400G Nominal capacity: 3-5m3/h Variable impeller type Pole change motor
Hiroshima, Japan
Tomoe Engineering P-3000
- Manufacturer: Tomoe kogyo
No spare ball gearbox for decanter Material: SUS | Quantity saved: Two
Hiroshima, Japan
2012 Tomoe Industries PTM300
- Manufacturer: 巴工業
3250rpm, gearbox 1/165 Material: SUS | Quantity saved: One
Hiroshima, Japan
1973 Tomoe Kogyo P-3400
- Manufacturer: Tomoe kogyo
30kw 4000rpm/3200G Gear ratio: 1/165 Spare rotating elements available (gear ratio: 1/52) The machine is currently being serviced and we will upload images when completed.
Hiroshima, Japan
Tanabe Willtech Z-2L (overflow type)
- Manufacturer: Tanabe Willtech
Main: 3600rpm/3000rpm BD: 3030rpm/2530rpm Differential speed: 10rpm/8.2rpm With spare screw Applications: Suitable for sludge dewatering.
Hiroshima, Japan
2006 Kotobuki SC-170
- Manufacturer: Kotobuki
Reference treatment volume 6m3(under the condition of sludge concentration 0.91% flocculant used) Maximum centrifugal effect 2000G(Rotation speed 3200min) Deceleration ratio 1/187 Differential speed range 3 to 10...
Hiroshima, Japan
Tomoe Kogyo P-3400
- Manufacturer: 巴工業
3650rpm / approx. 3000G. Gear ratio 1/165. Click here to see a video of the test run (YouTube) upon completion of the maintenance.
Hiroshima, Japan
1991 Mitsubishi Kakoki KZV25ML
- Manufacturer: Mitsubishi
Power: 11kw/200V | Purchasing area: 60Hz | Material: Wetted part SUS | Quantity saved: One
Hiroshima, Japan
1987 Tanabe Wiltech Z32-V-HP1
- Manufacturer: Tanabe Wiltech
5000rpm/4400G Nominal capacity: 3-5m3/h Variable impeller type Pole change motor
Hiroshima, Japan

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Overview

Centrifugal separators are devices used to separate particles from a liquid by using centrifugal force. These machines are essential in various industries, including dairy, chemical, and oil refining, to efficiently separate mixtures of different densities. They are highly effective for both liquid-liquid and solid-liquid separations, ensuring purified end products.

FAQ

What factors should I consider when purchasing a centrifugal separator?

Consider the separator's capacity, the type of materials it can handle, energy efficiency, and ease of maintenance. Also, check for any certifications or compliance with industry standards.

How can I ensure the safe shipping of a centrifugal separator?

Use a reputable shipping company experienced in handling industrial equipment. Ensure the separator is securely packed and protected against any potential damage during transit.

What are the maintenance requirements for a centrifugal separator?

Regular maintenance includes checking and cleaning the separator's internal components, inspecting seals and bearings, and ensuring the motor and other mechanical parts are in good working order. Follow the manufacturer's maintenance guidelines for detailed instructions.