Maximum Quality in Ceramic Production: Electromagnetic Filters and Slurry-Glaze Purification

In the ceramic and glass industries, raw material purity is the most critical parameter determining final product quality. During ceramic slip (slurry) and glaze production, iron minerals inherent in the raw materials and metallic particles originating from equipment wear frequently contaminate the production line. These unwanted metals not only cause aesthetic defects in the final product but also severely abrade the precision molds used in the system, rendering them unusable.

This is exactly where electromagnetic filter technologies, an indispensable part of slurry and glaze purification processes, come into play. BAS EMF high-intensity electromagnetic filters are engineered to extract all unwanted ferromagnetic and even hard-to-separate paramagnetic minerals and metals from the system with maximum efficiency.

Superior Performance with BAS EMF Technology

Operating with a magnetic field intensity of 1.5 Tesla (15,000 Gauss), BAS EMF filters work efficiently across a wide particle size range from 30 microns up to 500 microns. This high magnetic pull guarantees that even the finest metallic impurities are removed from the system. Offering both mobile and static configuration options, these filters are designed to provide flexible solutions tailored to your operational needs.

Our high-intensity magnetic separation solutions increase your production line's efficiency while protecting the market value of your final product. If you want to professionally prevent metal contamination in your system, you can review our High Intensity Wet Electromagnetic Filters solution.

For Detailed Information and Technical Support: 📧 Email: salesmining@bas-tr.com