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High pressure Membrane Filter Press

High pressure Membrane Filter Press Specification

Product Type
High Pressure Membrane Filter Press

General Use
Industrial solid-liquid separation

Material
Mild Steel/SS304/SS316

Type
Membrane Filter Press

Capacity
Up to 10000 LPH (Liters per hour)

Weight (kg)
3000 - 15000 kg (varies with model)

Computerized
Yes

Automatic
Fully Automatic

Ozone Generator
Optional

UV Sterilizer
Optional

Control System
PLC Auto Control Panel

Filter Bag No.
Up to 100 (depends on plate size)

Filter Area
60 - 600 m2

Flow Rate
500 - 10000 LPH

Voltage
380 V / 415 V, 3 Phase

Motor
Hydraulic Motor, 5.5 kW - 15 kW

Dimension (L*W*H)
Custom as per capacity, typically 6000*1400*1400 mm

Feature
High Pressure, Energy Efficient, Robust Construction

Color
Blue/White or Custom

Working Pressure
Up to 15-18 bar

Application Industries
Chemical, Pharma, Food & Beverage, Mining, Wastewater Treatment

Feed Pump Type
Screw/Diaphragm/Centrifugal

Installation
On-site Support available

Noise Level
<70 dB

Operating Temperature
Up to 80°C

Hydraulic System
Automatic Hydraulic Closing/Open System

Max Cake Thickness
30-50 mm

Filtration Cycle Time
20-45 Minutes

Plate Material
PP (Polypropylene), Cast Iron, Stainless Steel

Chamber/Plate Type
Recessed Chamber, Membrane Squeezing Plate

Filtration Accuracy
Up to 1 micron

Service
Spare Parts and Maintenance Services

Plate Size
630/800/1000/1250/1500 mm (customizable)

Membrane Squeeze Medium
Water or Air

Sealing Type
Automatic, Leak-tight Sealing

High pressure Membrane Filter Press Trade Information

Minimum Order Quantity
1 Set

FOB Port
Tianjin /Qingdao seaport China

Supply Ability
10000 Sets, , Per Year

Delivery Time
1-2 Months

Packaging Details
Seaworth

Main Export Market(s)
Eastern Europe, Africa, South America, Asia

Main Domestic Market
All India

Certifications
ISO9001:2008 ,ISO14001:2004 ,OHSAS 18001:2007

About High pressure Membrane Filter Press

High pressure Membrane Filter Press

The highly-efficient energy-saving auto filter press is a kind of pressure filtration equipment working intermittently, applying to solid-liquid separation of various suspensions. With wide scope of application and characterized by good separation effects, simple construction, easy, safe and reliable operation, it is widely applied in fields requiring solid-liquid separation, such as coal washing, petroleum, chemicals, dyestuff, metallurgy, pharmacy, food, textile, dyeing, paper manufacture, leather, monosodium glutamate industries and treatments of industrial waste water and urban living sewage.

Advanced Membrane Squeezing Technology

This filter press utilizes high-pressure membrane squeezing plates, which significantly increase dewatering efficiency and reduce cycle times to just 20-45 minutes. The use of air or water as the squeeze medium ensures consistent pressure across the filter cake, resulting in optimal dryness and superior filtration accuracy down to 1 micron.

Robust Construction and Safety Features

Manufactured with top-quality materials such as mild steel, SS304, or SS316, the press maintains high structural integrity under demanding conditions. Automatic leak-tight sealing, a fully automatic hydraulic system, and noise levels below 70 dB provide a safe, user-friendly operating environment with minimal maintenance requirements.

Customizable Solutions for Every Industry

Our membrane filter press comes in various plate sizes (6301500 mm) and filter areas (60600 m), making it adaptable for different capacities and industrial requirements. Optional features like ozone generators or UV sterilizers ensure compliance with rigorous process requirements, supporting sectors from pharma to food and beverage processing.

FAQs of High pressure Membrane Filter Press:

Q: How does the membrane filter press enhance solid-liquid separation?

A: The membrane filter press uses high-pressure membrane squeezing technology which applies uniform pressure through water or air, resulting in a drier filter cake. This enhances dewatering, reduces moisture content, and achieves filtration accuracy up to 1 micron, ensuring efficient solid-liquid separation.

Q: What materials can the filter plates be made from, and how do you choose the right one?

A: Filter plates are available in Polypropylene (PP), cast iron, or stainless steel (SS). Selection depends on the chemical compatibility with your process fluid, operating temperature, and desired durability. Our experts can guide you in choosing the most suitable material based on your application.

Q: When is on-site installation and support available for new units?

A: On-site installation and support are provided upon product delivery as per the customers schedule. Our technical team will guide the setup, oversee commissioning, and offer training to ensure problem-free startup and operation of the filter press.

Q: Where can this membrane filter press be used?

A: This filter press is widely used across industries such as chemicals, pharmaceuticals, food and beverage, mining, and wastewater treatment, wherever reliable, high-capacity solid-liquid separation is essential.

Q: What process steps does the filtration cycle include?

A: The process begins with slurry feeding using a screw, diaphragm, or centrifugal pump. Once the chambers are filled, membrane plates are pressurized using water or air to squeeze out additional liquid, forming a filter cake in 2045 minutes. Automatic hydraulic closing and leak-tight sealing ensure operation safety and reliability.

Q: How does the control system improve operational efficiency?

A: A PLC auto control panel manages all operational aspectsincluding hydraulic closing, cake discharge, and membrane squeezingallowing seamless, fully automatic operation, reducing manual intervention, and optimizing filtration cycle time.

Q: What are the main benefits of using this high-pressure membrane filter press?

A: The primary advantages include superior dewatering, energy efficiency, robust construction, customizable capacity, leak-tight operation, ease of use, and compliance with stringent industrial requirements, making it a versatile and dependable solution for industrial separation needs.