Alignment Technique for Anisotropic Injection Magnets Overview: The Alignment Technique for Anisotropic Injection Magnets refers to a specific method used in the manufacturing process of anisotropic injection-molded magnets to achieve the desired magnetic alignment or orientation within the final magnet product. Anisotropic injection magnets are a type of permanent magnet known for having a preferred [...]
Ceramic Ferrite Industrial Rectangular Magnets In fact, the ferrite block is the closest product to a magnet. The magnet itself is an irregular shape. The square has not been processed much or has been slightly processed into a square ferrite block. The main components of non-metallic magnetic materials are iron oxide, copper oxide, zinc oxide, [...]
Industrial Permanent Ferrite Ring Magnets The size, shape and style of the ferrite ring can be customized. Interested users are welcome to call and contact us. In today's society, mobile phones are a product that everyone has. In fact, there are many digital products that have ferrite magnetic rings. It is a commonly used anti-jamming [...]
Permanent Industrial Ferrite Cylinder Magnets Ferrite cylinders are mostly used in salvage magnets and large-scale magnetic mechanical equipment. Because the cylinder itself is slightly longer and more stable, it has unique advantages for salvage or magnetism. The specifications of ferrites produced by our company include square, round, circular, special-shaped, trapezoidal, irregular shapes, etc., and can [...]
Sintered Hard Ferrite Tile Magnets The magnetic energy of ferrite tiles is mainly manifested in high permeability at high frequencies. Therefore, the ferrite core has become a non-metallic permanent magnet material that is widely used in the high-frequency weak current installation industry. Because the electromagnetic energy stored in the volume of the ferrite core is [...]
Permanent Ferrite Magnets Ferrite magnets - or ceramic magnets - have good magnetic properties and are cost effective. Permanent ferrite magnets are widely used. They are used in speakers, toys, motors, sensors, microwaves and industrial magnetic separators and handling systems. Highly resistant to corrosion Excellent thermal performance Highly resistant to demagnetization Favorable stable price Buy [...]
Industrial Application Ceramic Ferrite Block Magnets With Hole Hard ferrite magnets belong to sintered permanent magnetic material, which made from oxide iron, barium, and strontium carbonate by ceramic processing technology, just because of the processing method, it also named as ceramic magnets in America.This magnetic material has strong ability to resist demagnetization and the advantage [...]
Polished Round Shape Ferrite Magnets Ferrite Magnets Main categories: Anisotropically Oriented Ferrite magnet, Isotropically Oriented Ferrite magnet Performance classification: Y10T, Y25, Y30, Y30BH, Y35, Y40 Difference: Isotropical ferrite has weaker magnetic force than Anisotropical ferrite Main materials: iron red (Fe2O3) auxiliary materials boric acid, quicklime, SrO, lanthanum cobalt Physical properties: black wire is hard and [...]
How Are Alnico Magnets Made? Alnico magnet was successfully developed in the 1930s. It is composed of aluminum, nickel, cobalt, iron, and other trace metal elements. Thanks to their high coercivity and high Curie temperature, Alnico magnets are widely used in many industrial and consumer products, such as motors, electric guitar pickups, microphones, sensors, speakers, [...]
Magnetic Magnetization Patterns Isotropic magnets, such as Bonded Nd-Fe-B, are unoriented and have no preferred direction; therefore it is possible to magnetize them in any direction. Almost all other materials are anisotropic and have a preferred direction of magnetization. They will exhibit the best magnetic properties when magnetized in the direction of the grain. Higher [...]
Orientated Magnets Direction, Direction of orientation For ‘Orientated Magnets Direction / direction of orientation’ it is understood the position of the magnetic cristals in a specific direction. In the correct direction, the magnet reaches its magnetic values and thus, should be magnetized in this direction. The direction of orientation is achieved by exposing the magnetic [...]
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