Powerful Countersunk Permanent Magnet

Powerful Countersunk Permanent Magnet, Super Strong Arc Magnet with Countersunk, Sintered Countersunk Segment Magnet, Countersink Segment Magnet, Arc Neodymium Magnet with Countersink

Product Name:Powerful Countersunk Permanent Magnet
Model No:NCS-8-N48
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.

As the world invents and develops, we humans are continuously being introduced to new materials and methods for improving our living standards and making life easy. Neo Segment Countersink Magnets Leaps in the magnets industry is yet another area of development and focus. Neodymium is basically a rare Earth element which is mixed up with other important elements such as iron and boron to produce the world’s strongest permanent magnets. These permanent magnets are infamously known as neodymium magnets as well as neo, NIB, NdFeb and super magnets commonly. The extreme strength threshold of these magnets can be understood from the fact that even a small mass has the ability to easily support a load a thousand times its own weight. Due to the easily available raw materials along with the affordable price and remarkable product performance, neodymium magnets of all shapes and sizes are mass produced and are readily available for numerous applications in electronics, jewelry, toys and various industrial equipment.
Neo magnets come in various grades from the weakest N24 up to the strongest i.e. N55 in terms of magnetism measurement. More commonly, the quality of the magnet purchased is also dependent upon the place or company of purchase. NIB production is carried out through separating neodymium from other minerals through sifting and then combining it with other elements such as boron and iron. Certain problem posing characteristics of neodymiums are fragility and brittle in nature which may result in instant chipping or breakage in cases of high momentum collisions. However, such magnets are more usually covered with a strong protective coating in order to prevent rusting in response to the presence of iron in them. In addition, if these super magnets are heated to temperatures above their Curie value that would result in instant, permanent and irreversible demagnetization.