Customized 450 type manual hydraulic jack plate-frame filter press with open flow design including water collection tank
1. Compression Method: Utilize a mechanical manual jack. No external power supply or hydraulic station is required. The operation is safe and it is
particularly suitable foruse in explosion-proof environments, areas with poor electricity supply, or situations with limited budgets.
2. Discharge Method: Open flow, meaning the filtrate is directly discharged from the outlet of each filter plate into the water collection trough below the
machine, facilitating
the direct observation of the filtration status and clarity of the filtrate for each filter plate.
3. Ancillary equipment: Equipped with a water collection sink, which effectively collects the filtrate and keeps the working environment clean.
1. No need for external power to compress: The manual jack structure is energy-saving and has no risk of hydraulic system oil leakage, with extremely low maintenance costs.
2. Intuitive and controllable filtration effect: The clear flow design enables operators to observe the liquid discharge situation of each filter plate. If the water discharged from a certain filter plate is turbid or fails to discharge, it is possible to immediately determine whether the filter cloth at that location is damaged or clogged, facilitating timely maintenance.
3. High filtration pressure, filter cake: Mechanical compression can provide a very high sealing pressure. Combined with the pressure of the feed pump, a relatively dry filter cake can be formed, with a high solid content.
4. Robust structure, low failure rate: The mechanical structure is simple, prone to fewer malfunctions, and has a long service life.
5. Low investment cost: Compared to hydraulic or fully automatic filter presses of the same specifications, there is a significant advantage in the initial purchase cost.
1. Small-batch and multi-variety production: such as fine chemicals, pigments and dyes, pharmaceutical intermediates, etc.
2. Laboratory, test line or pilot plant: Used for process exploration and testing of new product filtration characteristics.
3. Environmental Protection Field: Sludge dewatering in areas such as small-scale sewage treatment plants, car wash sludge, and pre-treatment of kitchen waste.
4. Mineral resources: Dewatering of concentrate and tailings from small-scale mineral processing plants.
5. Situations where there are restrictions on the venue or strict explosion-proof requirements
1. The characteristics of the filtered material: including particle size, viscosity, concentration, acidity and alkalinity, temperature, etc., these determine the selection of the filter cloth and the material of the frame.
2. Processing capacity requirements: Based on the volume of the suspended liquid to be processed in each batch, select the appropriate filtration area and filter chamber volume.
3. Requirements for cake moisture content: The higher the moisture content requirement, the greater the filtration pressure may need to be or the thicker the cake needs to be in order to extend the pressing time.