Cost-Effective 380 Model Manual Jack Filter Press, Single Open Discharge, Easy Operation & Maintenance, Durable

Mechanical jack compression: Utilizing a high-strength manual jack to provide the compression force. The pressure is stable and reliable, and does not require power drive. It is suitable for use in environments without power supply.

Single-movement flow filtration structure: The filtrate flows out from the same side of each filter plate, which is convenient for observing the filtration process and collecting the filtrate. This structure is particularly suitable for processes that require the separate collection of filtrate at different stages.

380 type standard filter plate: Adopting a 380×380mm standard size filter plate, the filtration area is moderate, balancing both processing capacity and equipment compactness.

Simple and sturdy structure: The main body is made of high-quality steel, which is durable and has low maintenance costs.

Flexible configuration: Different material filter plates (such as PP, rubber, cast iron, etc.) and filter cloths of different precision can be selected according to the characteristics of the materials.

No electricity required: Completely mechanical operation, particularly suitable for remote areas, temporary construction sites or locations with unstable power supply.

Economical and practical: Low purchase cost, no electricity consumption during operation, simple maintenance, and low overall usage cost.

Operation is simple: No professional training is required for operation, and the maintenance technical requirements are low.

Safe and reliable: No electrical components, excellent explosion-proof performance, suitable for use in special environments.

Adaptable: It has strong adaptability to viscous and unevenly granular materials. By adjusting the pressing force, it can meet different filtration requirements.

Flexible movement: The equipment has a compact structure and is relatively lightweight, making it easy to be moved and used between different working locations.

Chemical industry: Filtration and separation of products such as pigments, dyes, intermediates, and catalysts.

Ceramic industry: Dewatering treatment of raw materials such as clay and glaze.

Mining processing: Mineral slurry concentration, tailings dewatering, and concentrate recovery

Environmental protection field: Sludge dewatering for small-scale sewage treatment plants, Sludge treatment for river dredging projects

Food industry: Clarification of vegetable oil, filtration of syrup, coarse filtration of fruit juice, etc.

Laboratory and Small-scale Production: Research and Development Trials, Small Batch Production, Sample Preparation

Rural Areas and Agriculture: Solid-Liquid Separation of Farm Fertilizer Liquids and Treatment of Agricultural Product Processing Wastewater

Building materials industry: Dewatering treatment of gypsum slurry and cement slurry