Sintered Neodymium Countersunk Segment Magnet

Sintered Neodymium Countersunk Segment Magnet, Sintered NdFeB Segment with Countersink, Neodymium-Iron-Boron Segment with Countersunk, Rare Earth Segment Countersunk Magnet China Supplier

Product Name:Sintered Neodymium Countersunk Segment Magnet
Model No:NCS-17-N35
Specifications:
1. Powerful permanent pot magnet
2. High quality & best price
3. High working temperature
4. Good corrosion resistance
Original Manufacturer:HangSeng Magnetech
Solution:Customized your required material, size, coating, shape, grade, pull force and woking temperature
Origin:Ningbo, Zhejiang, China
Supply Ability:50000pcs/day
Certification:SGS,TUV,ISO9001,ROHS,TS16949
Applications:magnetic holding, lifting, antenna Mounting, positioning, retrieving and much more.

Neodymium – one of the so-called rare earth metals – is an important element necessary for producing very strong permanent magnets. With a growing tendency for electrically powered automobiles magnet efficiency has become key to manufacturing high-powered electric motors. However, with China being responsible for 90% of the world’s production of neodymium and its strained economic relationship with Japan, the market situation has been quite unpredictable. Neodymium Countersunk Arc Magnet
Up until the early 80s the strongest magnetic alloy had been samarium and cobalt. The development of neodymium magnets by General Motors provided a stronger, easier to manufacture, and more abundant alternative (in terms of natural deposits). With the current push to ‘go green’, scientists and engineers are constantly concerned with solutions bringing both environmental advantages and convenient horsepower levels. With neodymium a 1kg permanent magnet is enough for an 80 horsepower engine – decent performance by today’s standards. But with the prices growing tenfold in the wake of political instabilities there are alternatives being worked on.
In an attempt not to make itself dependent on China, Toyota started developing induction electric motors, which do not require permanent magnets – the source of the magnetic field are electromagnets. This solution, while less dependent on rare earth elements, has the serious drawback of requiring electricity to power the electromagnets in order to make the motor operational. This significantly reduces battery life and also makes the device itself more bulky.