216 Set Nickel Plated Neoballs Comes with: 216 Nickel Neoballs (5mm) Magnet Spheres Sliding Metal Case Construction Guide Card Tool A newfound sense of shiny, neodymium fulfillment “Harder. Better. Faster. Stronger.” - Nickel Electroplated Neoballs. Based on physics, they’re actually just as fast as all the rest of our Neoballs, but they’re definitely harder, better [...]
The Role of Samarium and Other Elements in Sintered NdFeB Sintered neodymium iron boron, as its name suggests, is an alloy material consisting of Nd2Fe14B, a compound consisting of three elements: neodymium Nd, iron Fe, and boron B. But sintered neodymium iron boron is not a single phase. .1Fe4B4 phase) and Nd-rich phase (also known [...]
1 x 1 x 1 inch NdFeB Rare Earth Cube Magnet N52 We offer a wide variety of cube magnets in a myriad of sizes for all of your hobby, do-it-yourself and other home, workshop or retail/industrial needs. Our cube magnets have all of the same advantages as our other neodymium magnets and can offer [...]
N52 2" Large Cube Magnets Rare Earth Neodymium Magnets Large Cube Strong Magnets These powerful neodymium cube magnets measure 2" on each side and is made of grade N52 neodymium rare earth magnetic alloy blend under the ISO 9001 quality control systems. These magnets are great for holding purposes and find many applications range from [...]
Neodymium Iron Boron (NdFeB) Magnets Disclaimer Neodymium Iron Boron (NdFeB) magnets are a type of rare earth alloy with typical atomic structure of Nd2Fe14B which stands for 2 atoms of Neodymium, 14 atoms of Iron(Fe) and one atom of Boron. The sintered Neodymium Iron Boron magnet has higher magnetic properties compare to Samarium Cobalt magnets, [...]
These Powerful Neodymium Cube Magnets are magnetized through their thickness, so the strong North/South poles are located on opposite sides of the cube. After experimenting with them, you will get a feel for which two sides have the strong poles. Neodymium (chemical symbol Nd) is element 60 on the periodic table. It is a rare [...]
MPCO Neodymium Magnetic Cubes If you have not experienced these sensations of Cube Magnets that seemingly defy physics NOW is the time! MPCO Magnets For Sale carry a wide variety of Neodymium Cube Magnets in grades N35, N42, N45, N50, & N52. The physical size of these little miracles of science this neo cube magnet [...]
How Are Samarium Cobalt Magnets Made SmCo magnets are rare earth magnets with high magnetic energy product and extremely low-temperature coefficient. Its maximum operating temperature can reach 350°C. When working at a temperature above 180℃, its maximum magnetic energy product (BHmax), coercivity, temperature stability, and chemical stability all exceed those of the NdFeB magnet. But [...]
Watch Movement Rotor Magnet Different historical periods have their timer utility. The earliest astronomy timing was taken advantage of the sun or the moon to time, and then fluid is also utilized to time. As a modern invention, quartz watch has many merits, include the simple structure, easy to assemble, strong endurance, shockproof, accurate timepieces, [...]
Magnets for Motor Applications Magnets and Assemblies from MPCO Magnetic Products can be found in many types of motors, generators, and actuators. Rare Earth magnets (Samarium Cobalt and Neodymium), or ferrite (ceramic) magnets can be used in magnetic motor and vehicle magnet applications. Rare Earth magnets are typically two to three times stronger than ferrite [...]
Hall Effect Sensor Magnets Let MPCO help choose the magnet to best suit your specific sensor application requirements. We have experience designing around the effect of environmental conditions, temperature, shock, vibration, corrosion resistance, magnetic stability, manufacturability, form factor (and more!) related to the use of magnets with sensors and can help optimize the performance of [...]
Use Rare Earth Magnets Outdoors Lanthanide components are ferromagnetic metals. This implies that they the ability to be charged much the same as iron. Be that as it may, their curie temperatures (the temperature at which they lose their attraction) are normally underneath the typical room temperature. This illustrates why rare magnets are not suitable [...]