A magnetic filter is a filtering and sorting device that utilizes magnetic force to absorb fine iron impurities in fluid and semi-fluid. Magnetic filters typically include tube magnets, magnetic grids, magnetic drawers, and other filtering devices. These filters are ideal for removing granules, ferrous impurities, etc., from products.
What is Magnetic Filtration?
Magnetic filtration is a method of removing iron particles from liquid or slurry products. Magnetic filtration works well in nearly any environment where ferrous, paramagnetic, and grinding medium contamination must be eliminated. Magnetic filters make the removal and recovery of magnetic substances in food, beverage, pharmaceutical, chemical, tobacco, etc., easy. The filters can even be cleaned and reused when they are full. The magnetic substance is attracted to the sleeve of the magnetic rod, plate, or bullet under the high magnetic intensity.
How Does the Magnetic Filter Work?
Magnetic filtration works with high-intensity filter magnets. The filter is placed in a strategic location along the path of the liquid or slurry flow. The slurry or liquid is directed around the magnetic field created by the high-intensity filter magnets to capture any ferrous particles in a magnetic trap. After this, the filter is removed, and the captured particles are washed away so that the filter can be reused.
Magnetic filters mostly function by capturing weak magnetic iron contaminants, such as rust, iron filings, oxides, and other ferromagnetic impurities in liquids, slurry flows, powders, gasses, etc. A common form of a magnetic filter is the magnetic plug, which is ideal for quick flushing. They also come in the form of a magnetic filter in the flow-through configuration. Another common magnetic filter configuration is the rod magnet; this extends down into tanks and filter canisters to remove metallic particles.
Application of Magnetic Filters
Currently, magnetic filters are used in many different industrial applications. Magnetic filters are used in the products and applications listed below. One thing to keep in mind is that the list here isn’t exhaustive, as magnetic filters are used in almost any environment where ferrous particles are an issue.
Lapping and milling operations
Liquid food products
Manual and CNC machinery
Liquid pharmaceutical products
Laser cutting operations
The permanent magnets used in magnetic filters help remove the magnetic impurities in the liquid slurry. Generally, the filter aids the removal and recovery of magnetic substances in food, beverage, pharmaceutical, ceramic, machinery, steel, tobacco, automotive coating, water treatment, chemical, pigment, dye, and other industries.
Benefits of Magnetic Filtration
Generally, magnetic filtration is considered environmentally friendly, cost-effective, and efficient for various industrial processes that involve the removal of ferrous particles from important fluids. Here are some of the advantages you’ll experience when using a magnetic filter.
Not only are magnetic filters very effective and reliable, but they are also environmentally friendly, helping remove industrial impurities from manufacturing systems without contamination of the environment. The contaminants generated are collected in the magnetic trap and easily recycled as a single material. This also eliminates the use of landfills to dispose of the waste accumulated.
Minimal Installation and Costs
Ideally, you won’t need to use any additional filtration system or devices when the filtration magnets are finally installed. In addition to this, no other expenses will be incurred over the lifetime of your filter. Besides, the contamination collected is completely recyclable.
Also, using magnetic filters means that you have only minimal running costs. You can either use manually cleaned filters or self-cleaning filters. Self-cleaning filters, on the one hand, do not require additional power. Self-cleaning magnetic filters typically require a small amount of cleaning power.
Magnetic Filtration for Liquid-Based Systems
Filtration is an essential component of the princesses that generate many important things. One of these processes is the liquid-based system. For any system where ferrous particles pose contamination risks to your liquids or slurries, magnetic filtration is an ideal solution. It is cost-effective, environmentally friendly, and efficient for industrial uses and processes.
In conclusion, many manufacturing processes are not complete until impurities have been removed from the final products. Essentially, removing contaminants or impurities from your media is necessary to ensure the quality of the products generated from such processes. By and large, magnetic filtration is a universally-applicable filtration system when it comes to removing ferrous impurities. For more information, please visit https://www.stanfordmagnets.com/.