Loss of Permanent Magnet Magnetization Caused by Heat Exposure Loss of Magnetization Caused by Heat Exposure - Exposing a magnet to high temperatures can decrease its strength or permanently damage its structure. Usually this happens at very high temperatures, but for certain neodymium magnets this can happen as low as 60°C. Magnets are characterized by [...]
Customised Magnets for The Automotive Industry Automotive challenges The automotive industry operates according to the Just-In-Time (JIT) principle. One of the prerequisites for successful JIT production is a reliable supply chain of suppliers that meet the defined quality requirements. It is important that they can respond to changes in prices, specifications and forecasts. This keeps [...]
How are Magnets Used in the Automotive Industry? Vehicles need to be safer and more efficient than ever. Magnets are used in the automotive industry to achieve these goals and ensure a smoother car experience for us all. Find out more about how exactly they’re used and why they’re important not only for vehicle safety [...]
Where are Samarium Cobalt Magnets Useful? All the information you need to be an informed buyer of Samarium Cobalt Magnets right here, for free! Samarium Cobalt Magnets are among the second most common rare earth magnets. They can be used in temperatures on both the hottest and coldest end of the spectrum (although some swings [...]
The Complete Guide of Neodymium Magnets NEODYMIUM MAGNETS: THE STRONGEST COMMERCIALLY AVAILABLE MAGNETS Neodymium Magnets are really Strong Magnets made by an alloy of neodymium, iron and boron (NdFeB). Neodymium is a rare-earth element (REE), also called rare-earth metal or (in context) rare-earth oxide. Even at their smallest size Neodymium Magnets have a Really High [...]
NEODYMIUM VS FERRITE MAGNETS Complete Comparison NEODYMIUM OR FERRITE MAGNETS, WHICH ONES ARE THE BEST? If you are looking to buy some Magnets Online, you quickly find out that they are available in many different materials and alloys. The most common are Neodymium and Ferrite, but you can find AlNiCo Magnets, SmCo Magnets and Neodymium [...]
The Complete Guide of FERRITE MAGNETS: CHEAP AND RESISTANT MAGNETS Ferrite Magnets are the cheapest option among commercially available magnets. They are very resistant to high temperatures and corrosion. Even a standard Ferrite Magnet can operate and do not demagnetize at a temperature of up to 250°C. They can be used in humid environments or [...]
Switching From Ferrite Magnets to Rare Earth Magnets Switching from traditional ferrite magnets to rare earth magnets is no small thing. Magnets are measured by their BHmax score. The higher the number the stronger the magnet. Most traditional ferrite magnets will have a BHmax of no higher than 3.5. A rare earth magnet can have [...]
Motor Arc Segment Magnet Drawing Reference In the case where there is no or inconvenient to provide arc magnet samples, drawings are also very important for magnet manufacturers, which is related to the accuracy of arc segmented magnets, so custom or need motor arc magnet magnetic tiles (Ferrite arc magnet NdFeB arc magnet) When taking [...]
Neodymium Radial Magnetized Ring Magnets Application Schematic Regarding the radial magnetization of magnets, many people do not know much about the contact with them, so they do not have a strong concept of radial magnetization. Radial magnetic ring magnetization is actually diametrical magnetization, and their strong magnetic surface is on the side of the ring. [...]
How does Encoder Magnetic Ring See the Number of Poles? The magnetic ring on the encoder is mostly made of ferrite, such as sintered ferrite, injection molded ferrite, and the number of magnetized poles is generally more. How to see the number of poles for the encoder magnetic ring? Some netizens have made difficulties. The [...]
Function and Use of the Magnetic Pole Sheet We can't see the magnetization method of magnet products with the naked eye. We don't know whether it is ordinary magnetization or multipole magnetization. We can only check it by using the magnetic pole observation piece, and judge the magnetization method and the number of magnetization poles [...]