Working process:

1. Slurry is fed into the thickener tank, where the solids begin to settle under the influence of gravity.
2. As the solids settle, a concentrated slurry forms at the bottom, often referred to as “underflow.”
3. The clarified liquid, or “overflow,” is removed from the top, while the thickened slurry can be pumped out for further processing or disposal.
4. Some thickeners incorporate mechanisms for continuous removal of the underflow, ensuring a steady operation.

Thickeners play a critical role in optimizing the efficiency of mineral processing, improving water recovery, and reducing operational costs in various industrial applications.

Working process:

1. The slurry is evenly distributed on the moving filter cloth, which is supported by the rubber belt.
2. Vacuum pressure is applied underneath the belt, pulling the liquid through the filter medium and leaving the solids on top.
3. The solid cake is continuously moved towards the discharge end while the filtrate is collected separately.
4. An automatic washing system cleans the filter cloth, ensuring smooth and continuous operation.

This equipment is particularly effective for dewatering mineral concentrates, tailings, and other slurries in industries requiring high-efficiency filtration with large volumes of material.

How filter press works:

1. A slurry (mixture of liquid and solid particles) is pumped into the chambers formed by the filter plates.
2. Pressure is applied, pushing the liquid through the filter media, while the solid particles are retained, forming a cake.
3. Once the filtration process is complete, the filter plates are opened, and the solid cakes are discharged.

The filter press is especially valued for its ability to produce very dry cakes and recover clear filtrate, making it a preferred solution for high-demand solid-liquid separation processes.

Vacuum ceramic filters are widely used in the mining sector for dewatering mineral concentrates, particularly in the processing of iron, copper, and gold ores. Their efficiency in recovering fine particles and reducing moisture content makes them a popular choice for modern mining operations.