Magnetic filtration is a method of removing iron particles from liquid or slurry products. This method can be used in almost any environment where ferrous, paramagnetic, and grinding media contamination is a problem. Magnetic filters make this type of filtration simple and effective. In fact, when the filters are full, they can simply be washed and reused.
How do magnetic filters work?
Magnetic filters use high-strength filter magnets. Filters are installed at desired locations along with the liquid or slurry path. The flow is directed around a magnetic field created by a high-strength filtering magnet, and any ferrous particles are trapped in the magnetic trap. The filter can then be removed, the trapped particles washed off the filter, and the filter reused. A magnetic filter is a small device that removes solids in liquid. It can protect the normal operation and operation of compressors, pumps, and other equipment and instruments, so as to stabilize the process and ensure safety.
Advantages of Magnetic Filtration
1. Environmentally friendly
Magnetic filters are not only effective in filtering out ferrous particles, but they are also good for the environment. Contaminants collected in the magnetic trap are easily recovered as a single material. This means that none of the contaminated material ends up in landfills. Additionally, the filtered liquid retains its essential properties, providing longer fluid life.
2. No disposal fee
Once a magnetic filter is installed, there are no additional charges for the life of the filter. However, not only do you save on future expenses, but you also save on processing costs. The collected pollutants are fully recyclable.
3. Lowest running cost
Magnetic filters have the lowest running costs. You can choose to use a manual cleaning filter or a self-cleaning filter. If you choose the latter, no additional power is required, and the self-cleaning magnetic filter requires only a small amount of power to clean.
4. Does not hinder productivity
Magnetic filters do not hinder productivity in any way. In fact, because the fluid does not flow through any filter media, the flow is never interrupted. This means that the flow rate is not affected by your filter, but by your process requirements. Even if the magnetic filter is full of contamination, there is no risk of back pressure drop or filter burst.
