Chamber Filter Press

Filter area（m²）30-1000
Filter Plate Specifications870、1000、1250、1500、2000
Working MethodAuto/Semi-automatic/Manual
Panel pulling methodQuick Open, etc.
Filtering pressure（MPa）0.6-4.0
Drainage Methods Visible/Invisible

DaZhang chamber filter press is engineered for efficient solid-liquid separation in wastewater treatment, mining, chemical, ceramic, food, metallurgy, and other industrial applications. With filtration area from 30㎡ to 1000㎡ and working pressure from 0.6MPa to 4.0MPa, it can be customized for different slurry types, cake moisture requirements, and automation levels.

Advantages:

Efficient dewatering for high-volume sludge and slurry
Designed for pressure filtration, helping reduce sludge volume and improve solid-liquid separation efficiency.
Lower operating cost compared with thermal drying
Mechanical dewatering is usually more economical than thermal treatment for many sludge applications.
Flexible automation level
Manual, semi-automatic, automatic plate pulling, quick-opening, drip tray, cloth washing, conveyor and PLC control options can be configured according to budget and labor conditions.
Manufacturer support from selection to installation
DaZhang provides engineering selection, layout design, operation training, spare parts supply, and after-sales technical support.

Selection Notes:

Chamber filter presses require multiple steps—including feeding, filtration, and discharge—and cannot operate continuously, which limits their processing efficiency to some extent.
Some operations require manual intervention, such as discharge and filter cloth cleaning, resulting in high labor intensity.
After prolonged use, filter cloths are prone to clogging or wear and tear, requiring regular cleaning and replacement, which increases maintenance costs.
The equipment is large in size and occupies significant space; additionally, components such as the hydraulic system, filter plates, and filter cloths require ongoing maintenance.

Product Specifications:

Chamber filter press product specifications

Applications:

Applicable industries: Wastewater treatment, food & beverage, chemicals, mining, medicine, ceramic slurry, metallurgy, printing & dyeing, environmental protection, and other industrial fields.

Box-type chamber filter presses are widely used for industrial wastewater treatment,industrial sludge dewatering, product filtration, tailings dewatering, slurry treatment, resource recovery, and sludge volume reduction. With stable filtration performance and flexible configuration, the chamber filter press is an effective filtration solution for solid-liquid separation.

3D Renderings:

Chemical Engineering

Chamber Filter Press project layout rendering

Wastewater Treatment

FAQ:

1. How to choose the right chamber filter press model?

To select a suitable model, please provide your material name, solid content, processing capacity, working hours per day, and target filter cake moisture. Our engineers will recommend the proper filtration area, plate size, and configuration.

2. What information should I provide before getting a quotation?

Please send us the slurry type, solid content, daily treatment capacity, feeding pressure requirement, target cake moisture, site conditions, and required automation level. Photos or test reports of the material are also helpful.

3. Can the chamber filter press be fully automatic?

Yes. The chamber filter press can be equipped with automatic plate pulling, automatic drip tray, cloth washing system, conveyor, hydraulic system, and PLC control system according to project requirements.

4. What is the difference between chamber filter press and membrane filter press?

A chamber filter press mainly relies on feeding pressure for filtration and dewatering. A membrane filter press adds a secondary squeezing process, which can help reduce cake moisture and shorten the filtration cycle in some applications.

5. What industries can use chamber filter press?

Chamber filter press is widely used in industrial wastewater treatment, mining tailings, chemical industry, ceramics, metallurgy, food processing, printing and dyeing, medicine, and environmental protection industries.