Injection Molding Braking System Sensor Magent

Injection Molding Braking System Sensor Magent, 6 poles inside magnetizing Injection Molded Magnetic Components for braking system in sensor magent, bonded NdFeB nylons 6, 11 and 12 and PPS thermoplastic injection permanent magnet assemblies for automotive sensor, BNI-6SR Injection Molding Neodymium magent China Factory

Injection Molding Braking System Sensor Magent Technical
Material: Plastic Binders and NdFeB Powder
Method: Injection Mold
Part No.: MPBD-IM07H170
Magnetization:inside 6 poles
Application:braking system of sensor magent
Flux Force:per pole ≥500GS
Dimension:(φ49-φ43)×2
Automotive Application
Tolerance: ±0.1 mm
Maximum Operation Temperature: 180 °C
Delivery Time: 15-30 days
Made in China

We supply full range of Bonded NdFeB Magnets by Compression Moulding Process and Injection Moulding Process, which are widely used in electric motors, micro-motors, computers, OA appliances, instruments, loudspeakers, etc, with dimension up to 170mm in thickness for segment magnet, and as thin as 0.5mm for square magnet and only 0.7mm of wall thickness for ring magnet. By using MQP powder, we can assure customers satisfaction of quality.
By Injection Moulding Process, can easily produce anisotropic (especially radial direction anisotropic) super-thin ring or square magnets in complex shapes. Injection Molding Braking System Sensor Magent, automotive windows adjusting motor injection molding magnet

How to choose the right NdFeB magnet?
you should provide us the detailed requirements for NdFeB magnet, just like the magnetic property, magnet’s shape,dimension, magnetization direction, tolerance request, surface treatment and so on.
If you can send us the drawing of NdFeB magnet, it will be better to quote you reasonalbe price. And we can customized the ndfeb magnet as your requirements. Injection Molding Magent for Braking System Sensor

Bonded NdFeB magnets are prepared by melt spinning a thin ribbon of the NdFeB alloy. The ribbon contains randomly oriented Nd2Fe14B none-scale grains. This ribbon is then pulverized into particles, mixed with a polymer and either compression or injection molded into bonded NdFeB magnets. Bonded NdFeB magnets offer less flux than sintered magnets but can be net-shape formed into intricately shaped parts and do not suffer significant eddy current losses.