Efficient Magnetic Separator for Waste Water Treatment

• Customization: Available
• Core Technology: Magnetic Coagulation Mechanism
• Discharge Concentration: 10-15g/L
• Model NO.: FL
• Transport Package: Wooden Cases
• Specification: Stainless steel
• Trademark: FL
• Origin: China
• HS Code: 9401619000
• Production Capacity: 500

Product Description

Product Description:
Our efficient magnetic separator is a reliable and high-performance solution for solid-liquid separation in water treatment applications. This magnetic separator is specifically designed to effectively remove magnetic and paramagnetic particles from water, ensuring clean and clarified effluent. With its efficient magnetic field and compact design, our magnetic separator is an essential component of any water treatment system.



Working Principle:
The efficient magnetic separator operates by creating a strong magnetic field within the water treatment system. As the water flows through the magnetic field, magnetic and paramagnetic particles are attracted and captured by the magnetic field. The captured particles are then separated from the water and collected for disposal. The compact design of the separator ensures efficient contact between the magnetic field and the water, resulting in high removal efficiency of magnetic contaminants.

Usage Features:
- Solid-liquid separation:
The efficient magnetic separator is designed for the separation of magnetic and paramagnetic particles from water. It effectively removes suspended solids, such as iron oxide and other magnetic contaminants, ensuring clean and clarified water for various applications.
- High removal efficiency:
This magnetic separator utilizes a strong magnetic field to attract and capture magnetic particles in the water. The efficient magnetic field ensures a high removal efficiency, allowing for the effective separation of even small particles from the water.
- Compact design:
Our magnetic separator is designed with a compact footprint, making it suitable for installations with limited space. Its compact design also allows for easy integration into existing water treatment systems, minimizing retrofitting requirements.
- Low maintenance:
The efficient magnetic separator requires minimal maintenance. The captured magnetic particles can be easily removed from the separator, and the system is designed to operate with minimal downtime and maintenance requirements, ensuring continuous and reliable operation.

Magnetic flocculation equipment
Currently, the removal rate of CODCr by traditional coagulation precipitation is only about 10%. It's still rare. But now, after using magnetic flocculation and magnetic separation technology for treatment, the CODCr removal effect has significantly increased, as it can reach around 30%.
For example, the treatment of supplementary water for cooling circulation in power plants usually adopts the flocculation sedimentation process, but its floc settling property is very poor. Therefore, we use a mechanical stirring clarification tank, which occupies a large area and incurs relatively high civil construction costs. So it is very suitable for retrofitting existing water treatment systems in power plants.

 

Applications

Eddy current separation equipment can be used to remove non-ferrous metals from municipal solid waste, auto
shredding residue operations, glass cullet, electric scrap, UBC reclamation, etc.

Separation of non-ferrous metals in auto shredder residue;

Separation of non-ferrous metals from solid waste incinerator ash;

Sorting of aluminum beverage cans from on-magnetic recyclables;

Removal of non-ferrous contamination from crushed glass cullet;

Separation of non-ferrous dross from foundry sand;

Non-ferrous metal removal in WEEE recycling plants;

Removal of aluminum components in UPVC window recycling;

Separation of non-ferrous metals form plastics;