Drawer Magnets

• Nirmal Magnet Industries
• Ankleshwar

Drawer Magnets

Nirmal Magnet Industries offers Drawer Magnets. Drawer magnets consists of a row, or most commonly, rows of round magnetic tubes that are assembled into drawers.Drawer Magnets are recommended for fine cohesive materials such as magnesium oxide, zircon powder, fly ash, aluminum, gypsum, lime, powdered sugar, cornstarch, flour & pulverized minerals and ceramics. This type of ferrous metal removal unit can be fitted simply in existing pipe line or outlet of various equipment like pulverizes blenders, & classifier or any other outlet location. In standard type each unit comprises to permanent magnetic grids mounted one above the other. System with multiple grids is available for special application.The grids are easily removable for cleaning. The drawer is fitted with flanges at outlet. As standard the magnetic rods consisting hard ferrite ceramic magnets or high intensity are earth magnet is fitted in a sturdy steel housing. Model with stainless steel grids and housing can be supplied if required.

The drawer magnets are available with either Ferrite Magnets or with High Intensity Rare Earth NdFeB Magnets. Types:Based on the sizes, configurations and the working capacities, drawer magnetic separators are classified as: Heavy Duty: Heavy duty drawer are useful for optimum magnetic separation in tough processing conditions like ambient temperature and humidity, bridging, abrasion, corrosion or galling. There are special coating on the drawer’s tubes that prevents sticking problems associated with certain products and processing conditions. 

Due to this the cleaning operations becomes even easier.  The cleaning can be accomplished both manually and automatically. Large Tube: In larger drawer magnets Rare Earth Magnetic tubes are incorporated for optimum ferrous metal separation on difficult flowing products such as flour, powdered sugar and other products with a tendency to bridge.  The placement of larger tubes below steep angled diverters that prevent product from bridging or building up on the tubes.  Since the spacing between the tubes are larger it allows the product to flow freely through the housing.