Electromagnetic filters are used to eliminate ferrous and paramagnetic particles from the fluid by creating a homogeneous high magnetic field intensity on the material. Optimum consumption and Gaussian determination can be made by gradually adjusting the filter magnetic field intensity. In working conditions, max. It can reach a magnetic field strength of 15,000 Gauss.

It is used for the screening of gloss and unwanted metals in glaze with a high degree of screening for ceramic applications. over 90% of unwanted metal removal is achieved. Together with the metal screening, material leakage is minimized.

For mineral applications, moist and dry materials are fed with water and the same magnetic field shows 30% higher screening performance compared to severe natural age magnetic separators. As an example, silica, kaolin, feldspathic materials, chromite can be given as an application site. Material leakage is minimized by metal screening.

The electromagnetic field intensity has been optimized with the new core design. It has a compact structure with an integrated oil cooling system, and the clogging of the screening matrix is minimized with the possibility of high-capacity washing. The elimination matrix is available for ease of service. After washing the material with magnetic sensitivity, the system is dried with air. Thanks to this, the density of raw materials is preserved.

With the integrated PLC, there are instant electricity consumption, screening, washing and material feeding, packing and monitoring facilities.