First of all, from the user's point of view, customers are concerned about a few points is xejn aktar than the price of magnets, magnets force Magnets high temperature resistance, the following we are on the market commonly used several magnet materials briefly.
First, according to the price from low to high sorting
1. Ferrite magnets. Because the material is cheap, so the ferrite price is very low, the use of a very large, mostly used in handbag packaging factory, speaker factory�ctory, factory, factory, leather products factory.
2. NdFeB magnet. Cost-effective, although it is not the amount of ferrite, but the highest value. All walks of life are involved, our production customers are mostly used in magnetic connectors, DC motors, robots, smart home and other fields.
3. Alnico magnets, more used in military products.
Samarium kobalt magnet. High cost, only in some high-grade permanent magnet motor be used.
Second, the magnetic force of magnets (magnetic force from strong to weak)
1. Neodymium iron boron. The third generation of rare earth permanent magnet products, the strongest magnet material, known as the industry outside the strong magnet, powerful magnets, magnets, magnets, magnets, magnetic king, etc., the maximum magnetic energy up 52 megagose Oster.
2. Samarium Cobalt. Magnetic force of NdFeB, samarium cobalt magnets can be processed into different shapes. The maximum magnetic energy is 26 MGauss-Oster.
3. Aluminju nikil kobalt. Aktar dgħajfa minn samarium kobalt, il massimu manjetiku enerġija is biss 5.4 MGOS.
4. Ferrite. Ferrite and alnico magnetism are very weak, the maximum magnetic energy area is only 3.6 trillion gauss austen.
Third, high temperature resistance (from high to low)
1. Aluminju nikil kobalt. It jista' jiflaħ 500 grad jaħdem temperatura, is l-aktar għoli temperatura kalamita materjal.
2. Samarium kobalt. 250 degree -350 degree working temperature choice it is the ideal choice.
Ferrite. Ferrite reżistant għas-sħana xogħol temperatura upper limitu ta 300 grad .
4. NdFeB. NdFeB is adattat għal 80 grad -230 degree working temperature, strong magnetic force.