Magnetic filter is a device that filters pollutants by applying magnetic principles. It can effectively remove ferromagnetic and cobalt magnetic particles from liquids and gases, and is widely used in industrial and laboratory settings.
1. Principle of magnetic filter
The magnetic filter uses its internal magnetic force to concentrate ferromagnetic and cobalt magnetic particles in the liquid or gas flowing through it, and firmly maintains them in the magnetic material. When a liquid or gas passes through a magnetic filter, the target particles are attracted by magnetic force and adhere to the surface of the magnetic core rod, while the clean liquid or gas continues to flow.
2. Characteristics of magnetic filters
Compared to other filters, magnetic filters have the following characteristics:
Efficient - can remove very small particles.
Easy to clean - particles adhere to the surface of the magnetic core, simply lift the magnetic filter out and remove the detained particles.
Widely applicable - can effectively remove ferromagnetic and cobalt magnetic particles in liquids and gases.
Low maintenance cost - the magnetic core is almost never worn, resulting in a long service life.
3. The function of magnetic filters
The main function of magnetic filters is to remove ferromagnetic and cobalt magnetic particles from liquids or gases, thereby avoiding their blockage, wear, or other effects during the production process. Especially in industrial equipment with high flow rate and high demand for purity, magnetic filters can play a crucial role, and are also widely used in laboratory environments and other situations that require pure materials.
