Industrial Disk Centrifuge Separator Factory and Suppliers in China

Looking for high-performance oil refining solutions? As premier China suppliers and a professional factory, we provide personalized Disk Centrifuge Separator systems to optimize oil purity and maximize production capacity.

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The Disk Centrifuge Separator is a high-performance industrial solution engineered to optimize oil product purity and maximize production capacity. By providing personalized separation solutions tailored to various oil characteristics, this system ensures precision in the refining process, making it an essential asset for manufacturers seeking efficiency and stability in high-speed liquid-liquid and liquid-solid separation.

Designed for versatility, the DHZ and HPDF series are widely utilized across the vegetable oil industry—including rapeseed, soybean, palm, and sunflower oils—as well as in animal fat purification. From degumming and desoaping to water washing in continuous refining processes, this equipment delivers a hermetic, fully automated operation that adheres to the strictest hygiene and industrial standards.

Detailed Parameters

Model Series	DHZ / HPDF Range	Capacity Range	1,200 - 30,000 L/H
Material Construction	Full Stainless Steel	Automation Level	PLC Controlled
Inlet Pressure	0.05 - 0.1 MPa	Working Pressure	0.1 - 0.3 MPa
Power Range	5.5 - 30 KW	Weight Range	750 - 3,300 KG
Drive System	Hydraulic Coupler	Extraction Method	Slide Piston Control

Key Advantages

Premium Corrosion Resistance

All contacting components are crafted from high-grade stainless steel to minimize chemical reactions and ensure product purity.

Full PLC Automation

Residue extraction via slide piston is computer-controlled, reducing labor costs and adapting seamlessly to process changes.

Stable Power Transmission

Utilizes hydraulic couplers and helical step-up gears for steady acceleration and integrated overload protection.

Dual Phase Output

Equipped with two distinct centripetal pumps to efficiently output light and heavy phase materials separately.

Low Inlet Pressure

The upper-feed design ensures the system operates with very low inlet pressure, reducing pump strain and energy costs.

Multi-Industry Application

Beyond oil refining, it is ideal for chemical, pharmaceutical, and food industries for separating liquids of different gravities.

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Management Platforms

Process Optimization

Real-time monitoring of oil characteristics to adjust separation speed and efficiency.

Automated Sludge Discharge

PLC-driven slide piston systems automate the residue extraction process without downtime.

System Alerts

Instant notification for overload protection or pressure fluctuations to prevent downtime.

Precision Flow Control

Adjustable feed rates to ensure optimal residence time for high-purity separation.

Hygienic Maintenance

Stainless steel construction facilitates easy Cleaning-In-Place (CIP) protocols.

Energy Management

Optimized gear ratios and hydraulic drives reduce overall power consumption per liter.

Investment Return Comparison

Metric	Standard Separators	Disk Centrifuge Separator
Labor Requirement	High Manual Effort	Fully Automated PLC
Product Purity	Moderate	Ultra-High Precision
Operating Cost	High Energy/Waste	Optimized & Efficient
Maintenance Cycle	Frequent	Extended (Stainless Steel)
Production Yield	Standard	Maximized Throughput

Frequently Asked Questions

Q: Which types of vegetable oils are compatible with the Disk Centrifuge Separator?

It is highly versatile and compatible with rapeseed, cottonseed, corn, palm, soybean, peanut, sunflower, rice bran, sesame, and safflower oils.

Q: How does the PLC system improve the refining process?

The PLC controls the slide piston for residue extraction, allowing the machine to adapt to process changes automatically and significantly reducing manual labor.

Q: Is this equipment suitable for non-oil industries?

Yes, it is applicable for separating any suspension liquids, such as two liquids or liquid and solid with different specific gravities in chemical, medical, and food industries.

Q: What materials are used to prevent contamination?

All parts and components that come into contact with the materials are made of high-quality stainless steel to minimize chemical reactions.

Q: How is the power transmitted to ensure stability?

The system employs a hydraulic coupler and a pair of helical step-up gears, ensuring liquid-based power transmission for steady startup and overload protection.

Q: What is the function of the centripetal pumps in this separator?

Two centripetal pumps of different sizes are used to separately output the light and heavy phase materials after the separation process.