Customizable 870 Chamber Type Filter Press with Advanced PLC Control and Safety Features
1. Strengthening the pressure-bearing structure
The double-beam frame made of low-alloy high-strength steel, combined with the integrally cast hydraulic cylinder base, forms the solid framework of the equipment, ensuring the geometric accuracy and stability during long-term high-load operation.
2. Efficient Filtration Unit
The filter plate is made of high-quality reinforced polypropylene, which has been modified and precisely molded. It possesses excellent corrosion resistance and mechanical strength. The unique reinforcement ribs design and sealing surface structure effectively enhance the pressure-bearing capacity and sealing performance of the filter chamber.
3. Intelligent Hydraulic Control
A highly responsive hydraulic system is equipped, featuring adjustable clamping force and automatic pressure compensation functions. The electric contact pressure gauge is linked with the PLC to achieve precise and automatic control throughout the entire process of clamping, holding pressure, and releasing pressure, eliminating the risk of material spraying.
4. Humanized Operation Design
Optional fully automatic plate pulling system and collection tray can significantly reduce the labor intensity of workers. The filter plate group can be pulled out as a whole with one click, and various filter cloth replacement schemes such as side flipping and suspension are provided, making maintenance and upkeep more convenient and safe.
1. More energy-efficient operation, controllable costs
High automation reduces manual intervention and costs; optimized flow channel design reduces power loss of the feed pump; sturdy and durable filter plates and easily replaceable filter cloths together constitute low long-term operation and maintenance costs.
2. Wide adaptability, flexible investment
From fine-grained metal concentrate to coarse-grained ceramic slurry, efficient filtration can be achieved by adjusting process parameters such as filter cloth type and filtration pressure. Users can flexibly select the degree of automation and pressing method according to production capacity and budget.
3. The operation is safer and more stable and reliable.
The entire machine runs smoothly with low noise. The hydraulic system is equipped with overload protection, and the electrical system has multiple safety interlocks, which fundamentally ensures the safety of personnel and equipment. It is suitable for 24-hour continuous industrial production.
This machine is widely used for solid-liquid separation operations in the following fields:
Dehydration of metal tailings (such as iron, copper, zinc, gold), concentration of concentrates, and recovery of coal slime.
Filtration and washing of pigments, dyes, catalysts, resins, and raw materials for fertilizers.
Reduction treatment of sludge from urban water treatment plants and sludge from industrial wastewater (such as from dyeing, papermaking, electroplating, and food industries).
Dewatering of slurry materials such as ceramic glaze, quartz sand, kaolin, and bentonite.
Solid-liquid separation in the production processes of biotechnology fermentation, salt chemical industry, and battery power materials, etc.