The Attraction Of Magnetic Filtration So you have heard of magnetic filtration, but what exactly is it? According to American Machinist: “Efficient performance of coolants and lubricants is a challenge to engineers and machine tool operators — in terms of process efficiency, operating cost, and environmental compliance. Magnetic filtration is a relatively new concept that [...]
Are Oil Filter Magnets Worth It? You may have heard of oil filter magnets. They’re high quality magnets you put into your disposable oil filter. The purpose of an oil filter magnet is to create a magnetic field within the oil filter. A good quality magnet will trap the tiny ferrous metal particles in the [...]
How Magnetic Oil Filtration Helps Gearboxes Work Longer Have you wondered how exactly magnetic oil filtration can help the longevity of your vehicle? According to Design World Online: According to the National Renewable Energy Lab (NREL), gearbox problems are the number one cause of turbine downtime. Although the wind industry is getting a handle on [...]
Magnetic Filtration Applications And Benefits There are many benefits to using magnetic filtration. According to Machinery Lubrication: Oil filtration in automotive and industrial machinery is essential to achieving optimum performance, reliability and longevity. Lubricant cleanliness is highly important and lubrication practitioners are provided with numerous options for filtering and controlling contamination, including disposable filters, cleanable [...]
How do Magnetic Filters Work? While a large number of configurations exist, most magnetic filters work by producing a magnetic field or loading zones that collect magnetic iron and steel particles. Magnets are geometrically arranged to form a magnetic field having a nonuniform flux density (flux density is also referred to as magnetic strength) Particles [...]
How do Magnetic Filters Work? While a large number of configurations exist, most magnetic filters work by producing a magnetic field or loading zones that collect magnetic iron and steel particles. Magnets are geometrically arranged to form a magnetic field having a nonuniform flux density (flux density is also referred to as magnetic strength). Particles [...]
