Customized filtration solution - The 630 automatic hydraulic sealed box-type filter press is particularly suitable for industries dealing with strong acids, strong bases and volatile substances.
1. Powerful automatic hydraulic pressing system
Efficient and effortless: Through the hydraulic station and oil cylinders, all the filter plates can be fully compressed and released with just one click. This completely eliminates the traditional manual and mechanical compression methods. The operation is simple and fast.
High and uniform pressure: The hydraulic system can provide continuous, stable and substantial pressure, ensuring that there is an even and sealed filtering chamber between each filter plate, effectively preventing spillage and leakage, and guaranteeing the quality of filtration.
Pressure adjustable: According to the different material properties (such as viscosity, particle size) and process requirements, the pressure of the hydraulic system can be flexibly adjusted to achieve the best filtration effect.
Self-locking and pressure-holding performance is excellent: Equipped with reliable hydraulic and electrical control pressure-holding circuits, it can maintain a constant clamping force during the filtration process, ensuring safe and stable operation of production.
2. Excellent sealing performance
With a box-type structure and the powerful sealing force provided by hydraulic pressing, the entire machine ensures excellent sealing performance during the feeding and pressing processes.
It effectively prevents liquid leakage and the volatilization of harmful and odorous gases, meeting environmental protection requirements. It is particularly suitable for industries such as chemical engineering, dyes, and non-ferrous metals, which have strict requirements for the working environment.
3. Large-scale design and high processing capacity
"630" refers to the dimensions of the filter plate being 630mm × 630mm. It is a medium-sized and slightly larger specification. The single-machine filtration area can be flexibly configured according to the number of filter plates, with a large processing capacity and high production efficiency.
4. Reliable mechanical structure
The frame is made of high-quality steel through welding, with a sturdy structure and strong load-bearing capacity. It can withstand the huge tension caused by high-pressure filtration and pressing.
The surface of the main beam is usually finely processed or specially treated, making it wear-resistant and corrosion-resistant, which facilitates the smooth movement of the filter plates.
1. Pressing: The operator presses the "Press" button, the hydraulic station starts, and the oil cylinder pushes the pressing plate, compressing all the filter plates to form a sealed filter chamber.
2. Feed filtration: The feed pump conveys the suspension into the filter press, where a filter cake is formed in each chamber. The filtrate passes through the filter cloth and is discharged.
3. (Optional) Compression: If it is necessary to further reduce the moisture content of the filter cake, compressed air or water can be introduced to perform membrane compression on the filter cake.
4. Blowing (optional): Introduce compressed air to blow away the remaining moisture in the filter cake.
5. Release: After the filtration process is completed, press the "Release" button. The hydraulic system will act in reverse, and the oil cylinder will drive the clamping plate to retreat, creating space for the discharge.
6. Discharge: (Manual operation) The operator needs to manually or use tools to move the filter plates one by one, allowing the filter cake to fall off by its own weight. For viscous materials, manual assistance may be required to remove it.
7. Cleaning of filter cloth: (Manual operation or with a dedicated cleaning device) As required, clean the filter cloth either manually or using a specialized equipment.
This machine is widely used in various fields that require solid-liquid separation, and is particularly suitable for:
Chemical industry: Pigments, dyes, pigment intermediates, inorganic salts, resins, etc.
Environmental protection industry: Dewatering of urban sewage sludge and industrial wastewater sludge.
Metallurgical industry: Smelting slag, metallic hydroxides, etc.
Food industry: Syrups, starch, plant proteins, etc.
Mineral processing: High-grade coal, flotation concentrate, etc.
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.