DN80 4 Bar Neodymium Magnetic Filter

DN80 Ø25x190 mm sleeve inlet outlet food safe magnetic filter

Our neodymium bar and magnet-based magnetic filters are manufactured in-house, with our company based in Istanbul. The standard models are designed to operate at temperatures up to 80°C. Upon request, we can provide filters that are resistant to high temperatures of up to 150°C.

Food-Grade Magnetic Separators

These magnetic bullet separators, suitable for use in food companies, are certified in compliance with regulations and quality checks. The filters are delivered food-certified and are used safely in the metal separation processes of various food products.

High Magnetic Pull Neodymium Filters

The neodymium magnetic filters we manufacture are highly magnetic, corrosion-resistant, and made of stainless steel. They are completely harmless for food use and can be safely used by all food companies. The filters are manufactured to be in full compliance with food safety standards.

Magnetic Filter Compliance with BRC and HACCP Standards

Our neodymium magnetic filters meet the magnetic measurement values required by BRC and HACCP standards. The magnetic filters are certified by TÜBİTAK, and the certification will be provided with the product upon purchase.

High Magnetic Power for Even the Smallest Metal Contaminants

Designed to catch even the smallest metal particles in food, these filters are made from high-pull neodymium magnets. Our neodymium magnetic filters provide five times the gauss value compared to ferrite-ceramic magnets. Our products are corrosion-resistant and built to last.

Customizable Magnetic Filter Manufacturing

The production of these neodymium magnet filters is entirely our own, making them locally produced. We offer customizable sizes and gauss strength according to your needs, ensuring that we can meet your exact requirements for magnetic filter production volume.

Suitable for Environments with Liquid Interaction

These magnetic filters are ideal for use in environments where there is interaction with liquids. They can operate effectively in environments with temperatures up to 80°C.