[a]http%3A%2F%2Fwww.atechmagnet.com%2Fmagnetic-assemblies%2Fcountersunk-counterbore-pot-magnets.html%0A%23neodymium[/a] #magnets #with #countersunk #holes <br>Countersunk/Counterbore Pot Magnets <br>Material Sintered Neodymium Iron Boron, Steel <br>Dimensions Diameter Min.16 mm—Max.136 mm <br>Pull Force 10 lbs — 900 lbs <br>Magnetization Orientation Axial <br>Magnetic Properties Grade Max. Operating Temperatures <br> N35-N52 80°C (176°F) <br> Remanence(Br) 11,300 Gauss — 14,800 Gauss <br> Coercive Force(Hcb) 10,000 Oersted — 11,600 Oersted <br> Intrinsic Coercive Force(Hcb) 11,000 Oersted — 12,000 Oersted <br> Magnetic Energy Product (BH) 33M GOe — 53M GOe <br>Surface Treatment Ni-Cu-Ni, Nickel, Zn <br> <br>If you want to buy neodymium magnets with countersunk holes, please contact us.

[a]http%3A%2F%2Fwww.atechmagnet.com%2Fmagnetic-assemblies%2Fchannel-magnets.html%0A%23c[/a] #channel #magnets <br>Channel Magnets <br>Material Sintered Neodymium Iron Boron, Steel <br>Dimensions Length Min.38 mm—Max.136 mm <br>Pull Force 28 lbs — 900 lbs <br>Magnetization Orientation Through Thickness <br>Magnetic Properties Grade Max. Operating Temperatures <br> N35-N52 80°C (176°F) <br> Remanence(Br) 11,300 Gauss — 14,800 Gauss <br> Coercive Force(Hcb) 10,000 Oersted — 11,600 Oersted <br> Intrinsic Coercive Force(Hcb) 11,000 Oersted — 12,000 Oersted <br> Magnetic Energy Product (BH) 33M GOe — 53M GOe <br>Surface Treatment Ni-Cu-Ni, Nickel, Zn <br> <br>Now the price of c channel magnets is reasonable, if you have needs, please contact us.

[a]http%3A%2F%2Fwww.atechmagnet.com%2Fmagnetic-assemblies%2F%0A%23magnet[/a] #assembly <br>Magnet assembly incorporates magnet alloy and non-magnet material, usually creating much more magnetic strength than using magnets alone, and achieving certain functional effects which magnets cannot perform independently. Various kinds of magnetic assemblies can be designed and customized to serve a wide range of applications for commercial and industrial use. <br> <br>Magnetic assemblies are built around high-performance magnetic materials, ranging from a two-piece assembly to a complex one with a precision design. They can be designed with various magnetic materials—Neodymium Iron Boron (NdFeB), Samarium Cobalt, Alnico, and Ceramic Ferrite. Important considerations for selecting or designing assemblies are holding or break-away force, magnetic field strength, dimensional constraints in terms of volume or mass, operating temperature, environmental tolerance, manufacturing cost and etc. Accumulated knowledge and expertise in magnetic solution validation, prototype construction, and empirical practice is key to delivering satisfying results to our customers.

[a]http%3A%2F%2Fwww.atechmagnet.com%2Fincreasingly-extensive-demand-of-hard-magnetic-materials-application.html%0A%23hard[/a] #magnetic #materials <br>Increasingly Extensive Demand of Hard Magnetic Materials Application <br>Permanent magnetic materials, also known as hard magnetic materials, are materials that still have magnetism after the magnetization field is removed. Soft magnetic materials have strong magnetic induction strength when the magnetization field exists, and lose magnetism when the magnetization field is removed. Hard and soft here do not mean hard and soft in mechanical properties, but in magnetic properties. Hard magnetism means that a magnetic material can retain its strong magnetism (magnetism for short) for a long time after being magnetized by an external magnetic field, and is characterized by strong coercivity. Coercivity is the magnetic field strength that makes magnetized materials undergo demagnetization and reduce the residual magnetism (residual magnetic flux density or residual magnetization) to zero. <br> <br>At present, the application market of soft and hard magnetic materials products in China is expanding rapidly. Magnetic materials matching components are increasingly demanded in the domestic market. In accordance with the requirements of environmental protection, oil-free automobiles and motorcycles are the direction of future development, which will bring a broad market to the development of rare earth permanent magnets. &quot;Green Lighting Project&quot; is also a major energy-saving project in our country. The development of energy-saving lamps requires the use of a large number of high-end ferrite soft magnetic cores and anti-interference magnetic cores. <br> <br>With the increasing number of car production and speakers used, the demand for ferrite permanent magnet materials is also increasing. The development of computers has driven the development of related supporting components. Magnetic disks, optical disk drives and printer drive heads are the largest &quot;users&quot; of NdFeB. Multimedia acoustics also demands permanent magnetic materials (hard magnetic materials) in a large amount.