Magnetic Plates
Introduction:
Plate Magnets are important industrial iron separators that are meant for the separation of fine ferrous materials and tramp iron, from many types of free-flowing and pneumatically conveyed material like corn, sugar, flour, gravel, plastic and others granular materials.
The plate magnets also goes very well with powdery, moist, lumpy, and abrasive products and large debris that might choke, bridge, or cause rapid wear in cartridge-based separators. Plate magnets are flexible enough to be deployed above conveyors or below conveyor drive pulleys to capture contaminants.
They are available in both flat and curved shapes and could be installed either above or at discharge end of material flow. These plates are constructed with Strontium Ferrite Magnets as well as with high energy Permanent Magnets placed in a magnetic circuit. They are extensively used in CTC Tea machinery and in Biscuit stacking machines. They can be manufactured for required dimensions.
Magnetic plates are used for separation of trapped iron in industries such as:
·Food (Tea, Spices, Coffee, Cocoa, Milk Powder etc.)
·Tobacco
·Chemicals
·Fertilizers
·Pharmaceuticals
·Foundry Sand
·Cattle Feed Materials
·Minerals
·Detergents
·Conveying of light weight tin containers
·Conveying of M.S. sheets using multiple plates
Lighter-duty Plate Magnets offer cost-effective choices for applications with lower product flow rate, lower conveyor speeds, or thinner burden depths. Magnetic Plates with Strontium Ferrite Magnets / Rare Earth magnets can attract metal particles from thin layers of product conveyed on flat belts from distance of 6". .
·Attract ferrous tramp from flat-belt.
·Powerful Ceramic magnet reaches deep into conveyed material upto 6".
Threaded holes are provided for easy mounting of these plates with other convenient option.
How does it work?
For Iron Removal Magnetic Plates are generally located above the material flow. While flowing iron particles are attracted by the plate. The magnetic field penetrates the product flow and grabs tramp iron as it passes by the Plate. The concentrated field holds tramp iron tightly to the magnet surface until removed during the cleaning process.
For Holding of Ferro Magnetic material like Tin/M.S. sheets, containers as they are conveyed by the conveying belt multiple Magnetic Plates at number of locations are used. This prevents the falling off sheets/containers from the conveyor.
Features:
·Efficient cost-saving recovery of harmful tramp iron in free-flowing materials.
·Plate magnets can be mounted both, above or below the product flow.
·Magnets like ceramic or rare earth magnets are normally used in plate.
·Magnetic separators as they capture maximum common ferrous debris.
·Durable stainless steel construction.
·For easy cleaning hinged plates can be swung out.
·The plate magnets can be cleaned both manually.
·They are simple to install and have no maintenance
·Lightweight and user-friendly
Specification:
·The compact design of these powerful magnetic separators makes them simple.
·Standard installations involve hinged models for swing–open cleaning.
·Plates are also available without hinges for stationary or suspended installations.
·Rare Earth is standard for food and pharmaceutical applications where product purity is paramount.
·There are two Types of Plate Magnets:
a.High intensity - (Ndfeb Magnet – 4500 gauss)
b.Low intensity - (Ferrite Magnet – 1200 gauss)
Construction:
Magnetic Plates are available in flat and curved shape with required dimensions.
The magnetic plates are made of either Ferrite or Ndfeb magnets depending upon the required flux intensity. The magnetic surface is of Stainless Steel 304/316.
Why Choose Our Magnetic Plate?
·rich experience in design and development of Permanent Magnets and Magnetic Systems.
·Magnet plates are available in wide range from 1200 Gauss to high intensity 4500 Gauss.
·Customized Design.
·Services such as Magnetic calibration/Audit are available.
Information required for design of magnetic plate
·Type of material
·Flow rate
·Size and concentration of contamination.
·Flow passage dimensions
