Magnetic Particle Testing

A magnetic filter rack is an innovative and highly efficient device designed to separate ferromagnetic particles from fluids, playing a crucial role in various industrial and laboratory applications. Its functionality is based on the principle of magnetism, which allows it to attract and retain metal contaminants, ensuring the purity and quality of the filtered medium.

Structure and Working Principle
Typically constructed from durable materials such as stainless steel, a magnetic filter rack features powerful permanent magnets or electromagnets arranged in a strategic configuration. These magnets generate a strong magnetic field that captures ferrous particles, including iron, nickel, and cobalt fragments, as the fluid passes through the rack. The rack's design often includes multiple magnetic rods or cartridges, maximizing the surface area for particle capture. When fluid containing metallic impurities flows through the rack, the magnetic force pulls the particles towards the magnetic surfaces, effectively removing them from the stream.

Magnex
A kind of magnet

Wet Permanent Drum Magnetic Separators Are Used In Dense Media Separation (dms) Plants For The Recovery Of Magnetic Particles From The Dilute Medium. They Must Recover The Maximum Amount Of Magnetic Particles At The Highest Possible Density.
A Wet Drum Separator Consists Of A Stationary Magnet Arc Around Which A Drum Rotates. The Drum Is Partially Submerged In A Tank Which Follows The Contour Of The Drum.
Qj-ct(s/n/b)wet Permanent Drum Magnetic Separator Is A Wet-type Low-intensity Magnetic Separator With Relatively High Magnetic Field And The Most Efficient Magnetic Separation Equipment With Strong Magnetism For Minerals.
Qj-ct(s/n/b) Wet Drum Magnetic Separator Is Ideally Used To Separate Ferrous Particles From Non-ferrous Particles. This Kind Of Magnetic Separators Are Made By Us To Provide Ultimate Protection To Crushers, Grinders, Pulverizers And Allied Equipment And Is Useful For Mining And Ore Dressing Industry, And Can Be Equipped With Semi-conflow(ctb), Con-flow(ctn) And Co-flow(cts) Tanks According To Customers' Requirements.
Its Magnetic Induction Intensity Can Be Designed In Accordance With Specific Mineral Properties And Operation Processes.
Characterized By Advanced Structure, Light Weight, Reliable Operation, Easy Maintain, Serialized Products And Standardized Parts, The Wet Magnetic Drum Separator Can Meet The Needs Of Plants Indifferentsize.
Qj-ct(s/n/b) Applications:
(1) For Primary Rough Dressing And Refused Tails, Increasing Recovery Rate And Reducing The Load Of Second-stage Grinding.
(2) For Concentration Of Ferromagnetic Minerals, Increasing Ore Grade And Recovery Rate.
(3) Used Before High-magnetism Separation To Remove Ferromagnetic Minerals From The Ore And Prevent Magnetic Clogging.
(4) For Recovery Of Heavy Media At Coal Processing Plant



We Can Design As Your Require

Description :

Plastic-bonded magnets are particle composites with permanent-magnet powder embedded in a plastic binder. Hard ferrite (HF), various SmCo and NdFeB powders and, to a very little extent, AINiCo alloys are used as magnetic powder. For embedding the magnetic particles, thermoplastic binders as, for instance, polyamide (PA) or polyphenyl sulfide (PPS) and duroplasts like epoxy resins are used. Depending on the material composition and production process, isotropic and anisotropic magnets with differing magnetic and mechanical specifications are available. Since not only the type of magnet or plastic material, but the filling and alignment degree, too, determine the composite`s properties, the outcome is widely varying magnetic parameters and an outstanding variety in types and shapes.