October 17, 2025/
No Comments
Permanent magnet assemblies are one of the core technologies enabling nanometer-level ultra-precision motion in modern lithography machines. To date, many leading universities have been actively conducting...
Permanent magnet assemblies are one of the core technologies enabling nanometer-level ultra-precision motion in modern lithography machines. To date, many leading universities have been actively conducting...
What is a synchrotron radiation source? A synchrotron radiation source utilizes bending magnets to force high-energy electron bunches to circulate in a ring-shaped synchrotron accelerator at...
Source: Original Chinese Document (MOFCOM)This article is an English summary and translation of the official FAQ published by MOFCOM. 1. Motor Rotor and Stator Assemblies Assemblies...
Main parameters of permanent magnetic materials: Main classifications of permanent magnetic materials: According to their magnetic properties and stages of development, permanent magnetic materials can be...
Magnetic materials are made by mixing plastic binders (such as PA6, PA12, PPS, etc.) with magnetic powder particles (such as ferrite, NdFeB, SmCo, etc.) and extruding...
What is a Linear Motor? A linear motor is a device that directly converts electrical energy into linear mechanical motion without the need for any intermediate...
Permanent magnetic materials have two distinct characteristics: one is that they can be strongly magnetized under the action of external magnetic field, the other is hysteresis,...
At present, the main types of permanent magnets include Neodymium-Iron-Boron (NdFeB), Samarium-Cobalt (SmCo), AlNiCo, and Ferrite. Each type of permanent magnet has its own unique performance...
Permanent magnets and their assemblies have a wide range of applications, mainly in aerospace, medical, semiconductors, scientific research, electrical switches, industrial automation, automotive, consumer electronics, and...
© 2025 Hangzhou Yongjian Technology Co., Ltd.
