Piston pusher centrifuge

Piston pusher centrifuge Specification

Product Type
Piston Pusher Centrifuge

Material
Stainless Steel 304 / 316 (as per customer specification)

Type
Continuous Solid-Liquid Separation

Centrifugal Chamber
Cylindrical Stainless Steel Basket

Motor
Energy Efficient TEFC Motor, 5 - 30 HP (as per size/model)

Refrigeration System
Not Included (Ambient Operation)

Temperature Control Range
Ambient to 60C (Depending on process requirements)

Speed
Variable up to 2000 RPM (Depending on model configuration)

Push Shot Stroke
Adjustable based on cake consistency and process demand

Compliance
GMP & CE Standards Available on Request

Discharge Mode
Continuous Cake Discharge

Enclosure
Fully Enclosed for Dust and Splash Protection

Finish
Mirror / Matt / Electro-polished (as per customer requirements)

Drive System
Direct / Belt Coupled

Noise Level
<80 dB(A) at 1 meter distance

Applications
Pharmaceuticals, Chemicals, Food Processing, Starch, Minerals, Effluent Sludge dewatering

Basket Diameter
300 to 1000 mm (as per model)

Control System
PLC Based Automated Control (Optional)

Feed System
Automated for Continuous Processing

Capacity
50 to 2000 Kg/hr (depending on model/product)

Basket Length
600 to 1200 mm (as per model)

Mounting
Skid / Base Plate Mounted

Safety Features
Mechanical and Electrical Interlocks, Vibration and Safety Sensors

Piston pusher centrifuge Trade Information

Minimum Order Quantity
1 Unit

Delivery Time
5-7 Days

About Piston pusher centrifuge

Introducing our Mechanical Pusher Centrifuge designed specifically for the salt industry. This high-speed centrifuge is made from mild steel and equipped with a single-stage centrifugal compressor and an electric motor. Its unique mechanical pusher system ensures efficient separation of salt crystals from the brine, making it an ideal solution for industrial use. With a warranty of 1 year, this centrifuge guarantees durability and reliability for all your salt processing needs.

High Performance and Versatility

With multiple basket sizes and capacities available, the piston pusher centrifuge meets a broad spectrum of industrial requirements. Its direct or belt-coupled drive and variable-speed operation ensure adaptability to diverse process needs, while automated feed and discharge systems guarantee continuous and consistent throughput.

Superior Design and Construction

Constructed from high-grade stainless steel (SS 304/316), this centrifuge provides exceptional resistance to corrosion and compliance with GMP or CE standards as required. The fully enclosed design minimizes dust and splash, supports ambient temperature operation, and maintains operational noise below 80 dB(A), ensuring both safety and environmental comfort.

FAQ's of Piston pusher centrifuge:

Q: How does the piston pusher centrifuge achieve continuous solid-liquid separation?

A: The centrifuge operates with a cylindrical stainless steel basket that spins at variable speeds up to 2000 RPM, allowing solids to form a cake against the basket wall. The automated piston continuously pushes the solids outward for discharge, supporting non-stop, efficient solid-liquid separation.

Q: What types of applications is this centrifuge suitable for?

A: It is widely used in pharmaceuticals, chemicals, food processing, starch production, mineral processing, and effluent sludge dewatering due to its robust and customizable design.

Q: When should I choose an automated feed and discharge system?

A: Automated feed and discharge are ideal when you require high throughput and reduced manual intervention for continuous processing. This also helps to maintain consistent product quality and enhances process efficiency.

Q: Where can the centrifuge be installed, and what are the mounting options?

A: The unit is offered with skid or base plate mounted configurations, allowing flexible installation in a variety of industrial settings, including factories and processing facilities.

Q: What process parameters can be customized for different products?

A: Critical parameters such as basket speed, push shot stroke, feed rate, and finish (mirror, matt, or electro-polished) can be tailored based on the material characteristics and customer requirements, ensuring optimal separation performance.

Q: How does the PLC-based control system benefit operation?

A: The optional PLC-based automated control enables precise and consistent monitoring and adjustment of operational parameters, improving process reliability, safety, and ease of use.

Q: What are the primary benefits of using this centrifuge model?

A: Key benefits include high efficiency in continuous solid-liquid separation, energy-efficient TEFC motors, advanced safety features, noise control, compliance with GMP and CE standards, and suitability for a wide range of industrial applications.

Tell us about your requirement