Factory prices are supplied directly 630 Automatic Chamber Filter Press Hydraulic System Stainless Steel Structure
✅ Stainless Steel Encased Frame The frame is made of high-quality stainless steel, which is rust-proof, resistant to acid and alkali corrosion, and can withstand harsh working conditions, thereby extending the equipment's lifespan. The surface is polished, meeting the hygiene requirements of food-grade and pharmaceutical-grade standards.
✅ Fully automatic hydraulic system One-click hydraulic pressing and releasing, with convenient operation, stable pressure, good sealing performance, and preventing filter plates from leaking. PLC intelligent control (optional), allowing for setting of clamping force, holding time, and automatic unloading, etc., to enhance production efficiency.
✅ High-efficiency filtering performance The filtration area is large and the treatment capacity is strong. It is suitable for high-concentration sludge, mineral slurries, chemical waste liquids, etc. The filter plate can be made of various materials (such as PP, reinforced polypropylene, rubber, etc.), and it is resistant to high temperatures and high pressures.
✅ Safe and stable design Hydraulic overload protection to prevent equipment damage. Stainless steel protective cover, preventing material splashing and ensuring operational safety.
✅ Energy-saving and environmentally friendly Low-energy hydraulic systems consume less electricity compared to traditional mechanical clamping. The cake has a low moisture content, which reduces the cost of subsequent drying and complies with environmental protection requirements.
1. Strong durability: Stainless steel frame + high-quality filter plates, suitable for harsh working conditions, with a lifespan of over 10 years.
2. High degree of automation: Reduces manual operations and improves production efficiency.
3. Energy-saving and environmentally friendly: Low energy consumption design, in line with green production requirements.
4. Customized services: Can adjust the filtration area, material, control system, etc. according to customer needs.
1. 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.
✔ Sewage treatment: Dewatering of municipal sludge, industrial wastewater (electroplating, dyeing, papermaking, etc.)
✔ Mining and metallurgy: Tailings treatment, concentrate dewatering, metal pulp filtration
✔ Chemical industry: Solid-liquid separation of pigments, dyes, titanium dioxide, catalysts, etc.
✔ Food industry: Fermentation liquid filtration, plant extraction, sugar syrup clarification
✔ Petrochemical industry: Oilfield sludge, drilling mud dewatering






