Sensor Motor Plastic Magnets, Axial Magnetizing Injection Molded Rare Earth Neodymium Magnet for Motor stators and rotors, bonded NdFeB thermoplastic permanent magnet assemblies for Industrial Application, Home Appliance and Automotive, BNI-6 Injection Molding Bonded Neodymium Iron Boron China Factory
Sensor Motor Plastic Magnets Technical
Material: Plastic Binders and NdFeB Powder
Method: Injection Mold
Part No.: MPBD-IM07H096
Magnetization:axial
Application:sensor motor
Flux Force:axial magnetizing
Dimension:(φ25-φ8)×9.8
Grade: BNI-6
Application: Home Appliance
Tolerance: ±0.1 mm
Maximum Operation Temperature: 120 °C
Delivery Time: 15-30 days
Made in China
Motor Plastic Magnets Bonded rare earth magnets, such as bonded neodymium, are becoming more and more popular for use within new products, with increased performance levels and cost reductions too. Once these plastic bonded magnets have been compression moulded to net shape, they don’t need machining any further thanks to the high tolerance levels attained. For products that have a premium on available space and weight, the high magnetic values present, along with the smaller size prove to be invaluable and allows for miniaturisation.
As well as our range of standard grades, we are also able to produce what we call special blended (SB) grades. These grades can be tailored to an individual customer’s requirements, where the remanent magnetisation and energy product of the magnet is unique whilst still maintaining the main qualities of the standard grades (elevated temperature properties and high resistance to demagnetisation) on offer. Furthermore, isotropic and anisotropic powders are coming to the market which have been specifically manufactured to allow for higher density and higher temperatures suitable for applications that cost less to produce. compression neodymium magnet
Plastic bonded NdFeB magnets can be effectively used without an external protective coating, unlike their sintered counterparts. This helps to bring costs down as well as actually improving the strength of adhesion when it comes to bonding magnets to various other metal components.
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