DN80 Flange Inlet Outlet 5 Bar Magnetic Filter

DN80 Ø32x190 mm Flanged Food-Compatible Magnetic Filter

This magnetic filter, with a bar diameter of 32 mm and a height of 190 mm, is made from N42 Neodymium magnets. Thanks to its strong magnetic field, it can efficiently capture even metal dust in the air.

Neodymium Bar Magnetic Filters

Our Neodymium bar magnetic filters are entirely of our own manufacture, and our company is based in Istanbul. As a standard, they can operate efficiently up to 80°C. Upon request, we can also produce models that are resistant up to 150°C.

Food Industry Compliance

These magnetic filters, suitable for use in the food industry, undergo quality control checks by our company and are certified. They are delivered with food certification and are safely used in metal separation processes in the food industry.

High-Performance and Safe for Food Use

The Neodymium magnetic filters we produce are high in magnetic strength and have stainless steel properties. They are food-certified and designed to be completely harmless to food. These filters are safely preferred by all food companies.

Magnetic Filter Certification

Our Neodymium magnetized magnetic filters' magnet strength values comply with BRC and HACCP standards. Our magnetic filters are certified by TÜBİTAK. When you purchase the product, this certificate will be delivered with it.

Efficient Metal Separation

To capture even the smallest metal particles in food, the product is made from high-strength Neodymium magnets. Our Neodymium magnetic filters offer five times the gauss value compared to ferrite-ceramic magnets. The products are manufactured to be corrosion-resistant.

Local Production and Custom Sizes

The production of these Neodymium magnet filters is entirely done by us, and they are locally manufactured. Since they are our own production, we have the capacity to produce magnetic filters in any size and gauss strength you desire.

Suitable for Liquid Environments

These filters can easily be used in environments that come into contact with liquids. They can operate in environments with a maximum temperature of 80°C.