We call magnet in different names. The below listed most names of it. Hard ferrite magnet, neodymium magnet, cast alnico magnet, smco magnet, plastic ferrite magnet, magnetic assembly, permanent magnets, sintered ndfeb magnets, sintered alnico, sintered ferrite, ndfeb magnet, fecrco magnet, magnetic materials, electro-magnetic chuck, magnetic toy, magnetic, magnet lifter, magnetic olive, rubber magnet, electromagnetic, sintered smco, hard ferrite magnets, neodymium magnets, cast alnico magnets, smco magnets, plastic ferrite magnets, permanent magnets, sintered ndfeb magnet, ndfeb magnets, fecrco magnet, magnets lifter, rubber magnets.

General Division of Magnet

---NdFeB magnets, mainly made from Neodymium, Iron, Boron, has earned reputation on its high qualities and competitive price, it has excellent properties of high remanence, coercivity and Max. Energy Products. It's widely used in motors, generators, electroacoustics, hard-disc drives, magnetic separators, permanent magnet bearing, holding system, switches, NMR-analysis equipment and MRI-tomographs, relay and etc.

--- Flexible & Plastic magnets, The Flexible & Plastic magnets is a kind of composite magnetic material, made by calendering, extrusion and injection, it's like rubber, easily to be fabricated. It is widely used in industry and civil appliance, such as, motor, signposts, drawing board locking system, instruments and so on.

---Ferrite magnets, made from iron oxide, SrCO3, (or BaCO3)and other additives, having a relatively low recoil permeability, results in highly resistant to an external magnetic fields, moreover, it's low in costs, and widely used in motors, generators, electroacoustics, separators, holding system, telecommunication system and etc.

---AlNiCo magnets, the base constituents are Nickel, Cobalt, Aluminum and iron, has excellent corrosion resistance and temperature stability. It's hard and brittle, but can be manufactured in complex shapes which are impossible with other magnetic materials. With the characteristics of high induction remanence, specific energy and a lower variation to temperature, it can be used at quite high operating temperature. It's widely used in motors, motors, senor, meters, magnetic separators, loudspeaker, holding system and etc.

---SmCo magnets, made from Cobalt and rare earth, is a high performance permanent magnet. It has very strong uniaxial magnetic anisotropy originating from crystalline structure which gives a high specific energy and exceptional resistance to demagnetization in the presence of opposing field, and at same time a good remanence and temperature coefficient. It's widely used in motors, watch, transducers, instruments, positional detector, generators, radar and etc.

--- Bonded NdFeB magnets,  its compound of plastic, rubber and rare-earth materials, the shapes are formed by ways of compressing, injecting, extruding and etc. It has high Intrinsic Coercive force and good magnetic consistency in mass production. It's widely used in motor, computer application and so on.

--- Magnet system & assemblies, Assemblies using metal and other components, magnets can be fabricated by adhering magnets with adhesives to suit a range of environment, by mechanically fastening magnets, or by a combination of these methods. 

Neodymium-iron-boron is a permanent magnetic material with metallic composite of Nd2Fe14B as the base. Compared with the casting of Al-Ni-Co permanent magnetic materials and permanent magnetic ferrite，neodymium-iron-boron has stronger coactivity and （BH）max，which can attract heavy objects weighing 640 times its weight. Its merit of higher energy density results in its widely application in modern industry and electronic technology, which makes the small size, light weight and thin set of instruments, audio and engines, magnetic separation and magnetizing equipment a possibility.

The merits of neodymium-iron-boron is its excellent performance and cost ratio and good machinery feature of easy machining. Its demerits lie in its low curie temperature, bad thermal feature, easy erosion, which should be improved to achieve desired requirement with the adjustment of chemical composition and surface treatment.

Made of high-performance magnetic material, so it is small, light and strong in adsorption. Unique magnetic circuit and nearly no remanence. High safety coefficient and max. pull-off strength is 3.5 times of the rated lifting force. With security button, the handle can be operated by one hand, safe and convenient. There is V-shaped groove at the bottom of the lifter and it can lift corresponding round steel and steel plates with permanent magnetic force and without power supply. It can be operated in field and used to lift and carry steel products, mechanical parts and moulds.

Precision alloys have special physical and mechanical properties. Their properties depend on the alloys' chemical compositions, purity, structure and producing accuracy. Precision alloy should have definitive structure, specified magnetic property, electric property, mechanical property, chemical composition and other properties. With the rapid development of industry and increasing of Customers' demands, requirements to precision alloys are becoming much higher and stricter than before. Alloy's properties must be stable under various working conditions with small changes. Although precision alloy products and parts are not big in size, their utilities are great in instruments, equipment and automatic systems. They are used in power-supplies, amplifiers and filters of main symbols to make all system work. Precision and reliability of the system depend on them. Therefore, special attention is given to the quality, properties and application of precision alloys are much noticed in all industry departments, especially from professional workers of electron, electricity and instrument making departments.

Titanium Alloys have the features of low density, high mechanical properties in the range of from low temperature to high temperature of 250~600C, and of corrosion-resistance in many corrosion media. Therefore, Titanium Alloys are of great competitiveness comparing with other alloys such as light alloys, corrosion alloys and structure steels. Titanium Alloys are of good weld ability, especially for titanium of type.