Hump Magnet, Magnetic Hump, Hump Magnetic Separators, Ferrite Hump Magnet, NdFeB Hump Magnet, Magnetic Hump System, Permanent Magnetic Hump China Supplier
Magnetic Humps are used where the flow of material is vertical. The material falling strikes directly on the first magnet changes direction and falls over the second magnet, ensuring clean outflow of material. The Magnets are of Hinged type and can be easily opened for periodic cleaning. Hump Magnets can be supplied to suit any size of Pipe/Duct.
Magnetic Hump Assemblies were designed to direct product and contaminant flow into the magnetic fields of plate separators. The deflected flow pattern helps to break up clumps of material, providing maximum protection against entrapped contaminants.
The hump separator is used where heavy, loose flowing materials such as fibers, chemicals, clay products, grain, feed and sand are conveyed in vertical, down gravity flow chutes. Whether installed vertically or horizontally, falling material strikes directly against the first magnetic plate and the subsequent change of direction permits the second magnet to remove any remaining tramp iron. The two Magnetic plates are hinged to swing out for fast, easy cleaning.
Optional features include spouting adapters, all stainless steel construction and portholes for observation.
1.One separation unit from plate magnet.
2.Magnetic plate can be made from rare earth magnet or ferrite as customers request,Housing material can be
304 or 316 stainless steel .
3.The angle shape directs the material flow into the magnetic field and prevent building up and bridging, and also break up clumps of product to improve efficiency of separator.
4.Simple structure,easy cleaning and assembling.
5.Inlet , outlet or other special requirement can be custom made.
Hump Magnets are used to remove large pieces of tramp iron as well as ferrous fragments from gravity-flow
materials or material flow activated by wind in enclosed flow lines before they reach storage bins or processing
equipment. They can be mounted in spouting lines or on the processing machines.
Half-Hump Magnet :
Half-Hump Magnets are developed for height restriction situation where full Hump Magnets can not be used.
Half-Hump Magnets, Single Hump Magnet, Hump Chute Systems, Dogleg Magnets, Chute Magnets, Single Magnetic Hump Separators, Half Magnetic Humps Half-Hump Magnet is used where Hump Magnets doesn’t fit due to height restriction. Ideal for ferrous tramp metal separation in gravity systems, Hump Magnet separators are adaptable to either round pipe or rectangular chute transfer lines. […]
Customer Permanent Magnetic Hump, Customized Magnetic Hump System, Permanent Magnetic Hump, Customer Double Hump Chute Systems, Single Hump Magnet, Hump Chute Systems, Dogleg or Chute Magnets Magnetic Hump, is an in-line magnet for extracting fine ferrous metals from pneumatic conveyor systems. The leak-proof stainless steel hump contains two powerful magnetic plates positioned at right angles […]
NdFeB Hump Magnets, Neodymium Magnetic Humps, Hump Magnet Separators, Stainless Steel Rare Earth Magnetic Hump, Ndfeb Magnetic Hump Separators, Magnetic Hump Assemblies NdFeB Hump Magnets – The rare earth neodymium hump system is used to remove small to large ferrous contamination from enclosed flow lines. Applications: The hump system is used to remove small to […]
Ferrite Hump Magnets, Ceramic Hump Magnets, 90° Elbow Magnetic Separators, Magnetic Hump Separator, Ferrite Magnetic Hump Assemblies, Ferrite Hump Chute Systems, Dogleg Magnets, Chute Magnets Hump Magnets or 90° Elbow Magnetic Separators generally consist of two Plate Magnets (made from ferrite / ceramic magnet) mounted in an offset housing and are installed in vertical spouts. […]
Hump Magnet, Magnetic Hump, Hump Magnetic Separators, Ferrite Hump Magnet, NdFeB Hump Magnet, Magnetic Hump System, Permanent Magnetic Hump, Hump Magnet Separators Hump Magnet – There are Ferrite hump magnets and NdFeB Hump magnets available.custom size and shaple available also. Magnetic Humps are used where the flow of material is vertical. The material falling strikes […]