Magnesy neodymowe advantage is cost-effective

Material characteristics: Magnesy neodymowe advantage is cost-effective, with good mechanical properties; downside is low Curie point, the temperature characteristic is poor, and easy chalking corrosion, must be taken to adjust its chemical composition and surface treatment methods make The can be improved, in order to reach the actual application requirements.

Manufacturing process: Magnesy neodymowe powder metallurgy manufacturing process.

Process: Ingredients → → milling → ingot melting-pressure sintering temper → → → grinding magnetic detection pin parallel machining → → → finished plating.

Wide range of applications: rare earth permanent magnets and components for its excellent performance, abundant raw material and reasonable price, being able to rapid development and wide application. The main applications in micro motors, permanent magnet instrument, electronic industry, automobile industry, petrochemicals, nuclear magnetic resonance, sound device, magnetic suspension system, magnetic transmission machine and magnetic devices and so on.

Magnesy neodymowe permanent magnet materials are intermetallic compounds Nd2Fe14B-based permanent magnet materials. Compared to cast Al-Ni-Co permanent magnetic material and the ferrite magnet material Magnesy neodymowe has high magnetic energy product and coercive force, can pick up the equivalent of 640 times its own weight of heavy loads. The advantages of high energy density makes Magnesy neodymowe permanent magnet materials in modern industrial and electronic technology has been widely applied, so that the instrumentation, electro-acoustic motors, magnetic separation equipment such as magnetized compact, lightweight, thin as possible. The advantage of Magnesy neodymowe material characteristics of high performance and low cost, with good mechanical properties, easy machining; deficiencies that Curie point is low, poor temperature characteristics, and easy powder corrosion, must adjust their chemical composition and The surface treatment method adopted to be improved, in order to reach the actual application requirements.