Factory Supply Manual Hydraulic Filter Press for Solid-Liquid Separation
Product features
✅ Manual hydraulic drive: Utilizes a manual oil pump to provide pressure, without the need for electricity. Suitable for environments without power supply or for mobile operations.
✅ High-strength structure: The frame is welded with high-quality steel, resistant to corrosion and deformation, ensuring long-term stable operation.
✅ High-efficiency filtration: Uses PP (polypropylene) or reinforced polypropylene filter plates, resistant to acids and alkalis, and high-temperature resistant, with high filtration accuracy.
✅ Flexible adjustment: The manual hydraulic system can precisely control the pressing force, meeting the filtration requirements of different materials.
✅ Economical and energy-saving: No need for electric drive, reducing energy consumption, suitable for enterprises with limited budgets.
✅ Easy maintenance: Simple structure, convenient filter plate replacement, low maintenance cost.
✅ Multiple specifications available: Customizable filter area, filter plate size and material according to customer requirements.
Operation Procedure
Loading: Place the filter cloth on the filter plate and then shut down the filter press.
Press down: Manually operate the hydraulic pump to cause the filter plate to be pressed down.
Feed: The material to be filtered is pumped in. The liquid passes through the filter cloth and flows out, while the solids remain inside the filter chamber.
Discharge: After the filtration process is completed, release the hydraulic system and remove the filter plates one by one to discharge the residue.
Cleaning: Clean the filter cloth and filter plates, and prepare for the next round of filtration.
Application fields
1.Chemical industry: Solid-liquid separation for pigments, dyes, titanium dioxide, calcium carbonate, etc.
2.Mining industry: Dewatering of tailings, filtration of metal concentrates, treatment of coal sludge.
3.Environmental protection industry: Sewage treatment, sludge dewatering, river dredging.
4.Food industry: Filtration of starch, soy sauce, fruit juice, edible oil.
5.Metallurgical industry: Dewatering of metal smelting slag, alumina, zinc powder.
How to choose the right model?
- What is the liquid that needs filtering?
2. What is the flow rate?
3. Temperature/PH value?
4. What are the main solid impurities that need to be filtered from the liquid? What is their content?
We can make recommendations based on this information.
Parameters
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