Filter magnet  Manufacturers, Traders, Suppliers

Magnetic Separation is one of the most common and important physical separation techniques and there are many varieties of magnetic separation equipment available. The basic concept of a Magnetic Separation is that magnetically susceptible particles or bodies are separated from non-magnetic particles. However, the simplicity stops there. To enable different levels of separation from a wide range materials, there is a extensive range of different Magnetic Separator designs.
Depending on the magnetic susceptibility, minerals can be paramagnetic, ferromagnetic, or diamagnetic.
Magnetic Separator Applications: Recycling, Mineral Processing and Ceramics, Mining and Quarrying, Food Production,ect.

Magnetic Filters Bar are used for filtration of iron particles from products in liquid/slurry form. They are essentially used in chemical, food, pharma and oil industries. They are also frequently used in hydraulic circuits in cooling systems. The Filter Magnets are made up of either Ceramic or High-Intensity Rare Earth Magnets.

This high power neodymium magnets attract ferrous particles and removes them from machine coolant fluids, cutting fluids, oils and lubricants. Clean fluid is then returned to the machine, preventing costly repairs and extending the working life of the equipment.

The magnetic filter bars are designed to collect & remove small ferromagnetic contaminants & unwanted ferrous metals & particles from free-flowing products. They are ideal for cleaning or removing tramp metals in food processing equipment or other sensitive industrial processes.

Simple to use & easy to install, they can be used on their own or incorporated into grates or grids. Each end of the bar accepts M6 or M8 bolts (included for your convenience) for easy mounting.

Neodymium Magnets Features & Characteristics
Grades & Materials - Neodymium magnet materials in both standard and premium grades for reduced production and lead times. We offer sintered neodymium magnets in grades ranging from N30 to N55.
Sizes & Shapes - Sizes for standard Neodymium Iron Boron rare-earth magnets range from a few millimeters to approximately 150 mm, while assemblies can weigh up to several tons. Standard shapes include discs, blocks, rings, and arc segments in various sizes and grades. Non-standard shapes and sizes can be custom fabricated exact specifications from raw stock.
Temperature Considerations - Neodymium magnets are temperature sensitive. For applications in which the magnet may be exposed to temperatures in excess of about 250°F (120°C), careful consideration must be given to the choice of magnet grade and the magnetic circuit.
Manufacturing Methods - Due to the relatively brittle nature and high-magnetic strength of NdFeB magnets, cutting and grinding should be done prior to magnetization. We are fully equipped to machine these materials to virtually any shape and size for your project’s specialty requirements using our in-house grinding and EDM facilities. Finishing to tolerances of +/-0.05mm can be achieved, as required.
Surface Treatments - Neo magnets are susceptible to oxidation, so painting, epoxy coating, or plating is highly recommended to prevent corrosion. The common surface treatments include nickel plating, zinc, or epoxy coatings.
Handling & Storage - Neodymium materials are relatively brittle, but are magnetically very strong. They must therefore be handled carefully to avoid injury to personnel and damage to the magnets.

Magnetic Filters Bar are used for filtration of iron particles from products in liquid/slurry form. They are essentially used in chemical, food, pharma and oil industries. They are also frequently used in hydraulic circuits in cooling systems.

Fitler bars made of hard ferrite or neodymium-iron-boron in different designs;

Filter systems easily separate iron particles and chips being produced by abrasion or soiling from the material