Factory price Lab Small Scale Manual Filter Press With Collection Pan And Slurry Pump

Core Feature:

1.Manual compression: The filter plate is compressed by manually turning the screw rod or hydraulic cylinder. No external power supply or hydraulic station is required, which is energy-saving and suitable for special scenarios such as explosion-proof applications. 

2. Clear liquid discharge: The outlet holes on each filter plate extend directly outside the machine. The filtrate is discharged to the main water tank through the water outlet. The advantage is that it is intuitive and easy to observe the liquid discharge situation of each filter plate (for example, if a certain filter cloth is damaged, it can be detected immediately). 

3. Integrated Accessories: The receiving tray is used to collect the filter cake, the water tank is used to collect the filtrate, and the feed pump provides the filtration power. Once unpacked, it can be put into use directly without any additional configuration by the user.

Advantages: 

1. Low cost: The purchase cost and maintenance cost of the equipment are both low. 

2. Simple operation: No need for complex electrical or hydraulic knowledge. Training is sufficient for immediate on-the-job use. 

3. Safe and reliable: There is no risk of hydraulic oil leakage. Manual operation is safer in certain situations. 

4. Convenient maintenance: The structure is simple, with few failure points, and the daily maintenance workload is small. 

5. Visual Observation: The clear-flow design makes it easy to monitor the filtration status in real time.

Applicable scenarios: 

Intermittent production of small and medium-sized chemical, food and metallurgical enterprises. 

Environmental protection field: such as small-scale sewage treatment stations, laboratory wastewater treatment. 

Dewatering of slurry in the mining and ceramics industries. 

Experimental and pilot production carried out by research institutes and schools. 

Production with small batch sizes and non-pressurized filtration cycles.

How to choose the right model?

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.