Economical manual filter press with 1.0Mpa high pressure, corrosion-resistant and durable, with clear flow and drainage.
1. Manual cylinder compression: The filter plate is compressed and released by a manual cylinder. The operation is simple and does not require an external power source. It is suitable for environments without electricity.
2. Transparent Flow Design: A PVC transparent water channel is installed, allowing for an intuitive observation of the filtrate flow state, facilitating real-time monitoring and maintenance.
3. High-strength structure: The frame is made of carbon steel, which is corrosion-resistant and durable; the filter plates and filter cloths are both made of PP material, resistant to chemical corrosion and with a long service life.
4. Flexible filter plate configuration: The filter plate measures 380×380mm and has a thickness of 50mm. It supports quick replacement and cleaning, and can meet various filtration accuracy requirements.
1. Press the filter plate:
Rotate the manual hydraulic cylinder to compress the filter plate assembly to form a sealed filtration chamber.
2. Feed filtration:
The material is pumped into the chamber. The solids are retained by the filter cloth to form a filter cake, and the filtrate is discharged through the open water channel.
3. Discharge and Cleaning:
After the filtration process is completed, manually release the oil cylinder and remove the filter cake one by one. Clean the filter cloth and filter plates for future use.
1. Economical and practical: No need for electric drive, which reduces operating costs and makes maintenance convenient.
2. Pressure and corrosion resistance: With a design pressure of 1.0 Mpa and made of PP/PVC material, it is suitable for acidic and alkaline environments as well as high-pressure conditions.
3. Efficient Filtration: The 750B filter cloth is combined with an appropriate layout of filter plates, ensuring thorough solid-liquid separation and resulting in clear filtrate.
4. Strong adaptability: Standard national flange interface, easily compatible with existing pipeline systems.
This machine is economical and practical, with flexible operation, and is widely used in the solid-liquid separation processes of the following fields:
1. Chemical industry: Filtration and purification of products such as pigments, dyes, and intermediates.
2. Environmental protection treatment: Dehydration of industrial wastewater sludge to achieve significant volume reduction.
3. Mining and Metallurgy: Dewatering of concentrate and tailings, and recovery of valuable metals.
4. Food industry: Clarification and filtration of juices, oils, etc.
5. Ceramic building materials: Dewatering of raw materials such as glazes and kaolin.
6. Research Experiment: As a pilot production equipment, it is used for process development and verification.