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Milk Cream Electric Centrifugal Separator Dairy Separators Disc Centrifugal Machine

6000l/h disc centrifuge

6000rpm disc centrifuge

6000l/h disc stack separator

Place of Origin:

Jiangsu, China

Brand Name:

HUADING

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Product Details

Product Type:

Centrifuge

Video Outgoing-inspection:

Provided

Machinery Test Report:

Provided

Core Components:

PLC, Motor

Voltage:

Customized

Power(w):

Customized

Warranty:

1 Year

Key Selling Points:

Competitive Price

Capacity:

~6000L/h

Weight (KG):

1500

Setting Speed:

6000RPM

Frequency Inverter:

/ABB

Material:

SS304/316L/2205

Condition:

New

Warranty Of Core Components:

1 Year

After-sales Service Provided1:

Field Installation, Commissioning And Training

After-sales Service Provided2:

Online Support & Video Technical Support

Showroom Location:

United States & United Kingdom & Canada

Local Service Location:

Germany & Vietnam & United States

Highlight:

6000l/h disc centrifuge

6000rpm disc centrifuge

6000l/h disc stack separator

Payment & Shipping Terms

Minimum Order Quantity

1 set

Price

$24,000-25,000 / set

Related Products

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huading@yxhuading.com

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Product Description

Milk Cream Electric Centrifugal Separator

High-performance disc centrifugal machine designed for efficient dairy separation processes.

Bowl Component Diagram

1. Feeding pipe
2. Centripetal pump
3. Discharge port
4. Sliding piston
5. Small piston
6. Sliding piston chamber
7. Water room

Operating Process

After starting and reaching full speed, operating water enters the sealed chamber (6) causing the piston (4) to rise and close the outlet (3). The material to be separated is fed into the bowl through pipe (1). Due to centrifugal force, impurities gather on the bowl periphery. At predetermined intervals, operating water flows into the open chamber (5), forcing the sliding piston to drop and open outlet (3). Impurities discharge outside the bowl through outlet (3) and are collected externally. Simultaneously, the light phase gathers in the bowl center and discharges via centripetal pump (2), while the heavy phase is directed to the centripetal pump room through the disc gland and discharged. Operating water then re-enters the sealing chamber (6), raising piston (4) and closing ejection port (3), completing one cycle.