What's a Ferrite Magnet? Ferrite magnets are made by mixing iron oxide with cobalt, nickel, and manganese. Mn, Fe, Co, Ni, Cu, Mg, Zn, Cd, etc.). Fe, is black and is a well known uncooked material called magnetite. Different compounds exist where the compound metallic M is 1, three, or even tetravalent cations, known as ferrite. Rubber-coated neodymium magnets give great sturdiness and excessive friction. The rubber plastic coating acts as a protection for the Neodymium Magnet against chipping and exposure to liquids. Rubber magnets are used in lots of holding functions. Should you require a particular dimension, please contact us by utilizing our online custom magnet quote type. Appearing as a sub contract assembler, we can utilise our in house machining and meeting skills to cut back the general cost of magnetic assemblies. This includes Speedy Prototyping, proof of idea and design validation for first off elements. We design and build magnetising chargers and fixtures enabling us to offer whole ownership of magnet provide. We often magnetise publish meeting to further scale back the costs and due to our in home ability we are in a position to do this for low volume production in an economic way.


Neodymium Magnets, also known as NdFeB, NIB, or Neo magnets, are the most widely-used kind of rare-earth magnets. It is the strongest type of everlasting magnet made from an alloy of Neodymium, Iron, and Boron with the Nd2Fe14B tetragonal crystalline structure. Neodymium magnet has changed other forms of magnets in lots of functions in fashionable products that require sturdy permanent magnets, akin to motors in cordless instruments, laborious disk drives, and magnetic fasteners. They're broadly used in many areas, similar to motors, sensors, speakers, rotors, alarm, microphones, wind turbines/wind generators, magnetic hooks, magnetic holders, filters vehicles and so on. Stanford Magnets is specialized in manufacturing and supplying neodymium magnets applied in varied industrial functions. We have now superior expertise, wealthy experience, and skilled engineering technicians in this discipline. Looking for a sure measurement? Please see the completely different sizes of magnets as follows. In case you require a particular dimension that isn't obtainable on our webpage, please contact us for a customized neodymium magnet quote. Electronics Industry: These magnets are used in audio system, headphones, and laborious drives due to their small dimension and excessive magnetic strength. Neodymium Magnets N52 are the strongest and most powerful magnet available in the market. Resulting from their exceptional power, these magnets are broadly used in various industries, including automotive, aerospace, medical, and electronics. Their compact measurement and high magnetic power make them splendid for area-saving functions. General, Neodymium Magnet N52 is a dependable and environment friendly selection for any utility that requires a strong magnetic power.


We will custom manufacture SmCo magnets to actual specifications using our in-house manufacturing facilities and experienced crew of engineers. Contact us or send us a request for quote and we'll help you determine essentially the most economical resolution for your project. For more technical functions, our sister firm, Built-in Magnetics focuses on customized magnets & magnetic assemblies. The first Neodymium Magnet was discovered in 1982 by General Motors and Sumitomo Particular Metals as they investigated options to the pricey Samarium Cobalt Magnets. Since the invention, using the Neodymium Magnet has touched everyone’s lives and might be present in objects we use everyday like mobile phones, computer systems and even kitchen cupboard catches. Certain, neodymium magnets are inclined to value greater than ferrite magnets. Nevertheless, their distinctive power and sturdiness imply that fewer neodymium magnets are required for many functions. Whether or not you select a neo-disc magnet or a neo-cylinder magnet, these magnets are used for most industrial, industrial, and technological functions where high magnetic forces are required, neodymium is the superior alternative. If budget is a concern, ferrite magnets are extra affordable.