Filter Press

The high-performance series models of automatic flipping plate filter press adopt program automatic control, automatic feeding, and automatic cleaning, which reduces the labor intensity of operators and can reduce the number of operators.

Complete automatic protection function: equipped with a fault automatic alarm system, fault screen display function, high and low liquid level alarm display, and automatic troubleshooting or shutdown for manual processing.

Durable and sturdy structure: This machine adopts microcomputer optimized design, with a reasonable structure and reliable operation. The main transmission components adopt maintenance free design to reduce the failure and shutdown rate. The mixing system inside the tank is made of stainless steel structure, ensuring its service life can reach more than 10 years.

Improving product quality and reducing transportation costs: Due to the low moisture content of the filtered concentrate, it can greatly enhance the market competitiveness of the product and reduce transportation costs and losses during transportation.

Filter press advantage

1. High Filtration Efficiency: We utilize advanced filtration technologies, such as precise filter cloth alignment and optimized plate design, to achieve efficient and effective filtration results.
2. Robust and Durable Construction: The filter plates are typically made from high-strength polypropylene or other corrosion-resistant materials.
3. Excellent Sealing Performance: our filter presses equip with reliable sealing systems that prevent leakage and ensure consistent pressure application throughout the filtration process.
4. User-Friendly Operation: The equipment is equipped with automated or semi-automated control systems that simplify operations and reduce manual intervention.
5. Wide Range of Applications: we offers customization options to tailor the filter presses to specific process requirements.

Filtration Principle

The filter cloth acts as a medium that allows the liquid to pass through while retaining the solids. The result is the formation of filter cakes within the chambers and the collection of filtrate, enabling effective solid-liquid separation.

1. Filtration: The filter press applies pressure to the slurry by either hydraulic or mechanical means. This pressure forces the liquid portion of the slurry to pass through the filter cloth while retaining the solid particles within the chambers.
2. Cake Formation: As the liquid passes through the filter cloth, a layer of solid particles, known as the filter cake, forms on the surface of the cloth within each chamber.
3. Filtrate Collection: The liquid portion of the slurry, called the filtrate, passes through the filter cloth and collects in a drainage system or collection channel.
4. Cloth Cleaning: Over time, the filter cloths may become clogged with accumulated solids, reducing filtration efficiency. Periodic cleaning or replacement of the filter cloths is necessary to maintain the performance of the chamber filter press.