Everything You Need to Know About Halbach Arrays What’s a Halbach Array? What are the applications of Halbach Arrays? How is the Halbach Array used in electric motors? And how is the Halbach Array used for magnetic bearings? If you are looking for answers to the questions above, then you’ve come to the right place. In this
Neodymium Magnets Archives | Page 18 of 19 | Stanford Magnets
November 9, 2018
October 26, 2018
How Voice Coil Motor Works in Speaker?
How Does a Voice Coil Motor Work in a Speaker? Loudspeakers were used to amplify or create a louder voice, thus the name “voice coil” stuck. Voice coil motor uses similar technology to speakers, but it is designed to produce higher forces over larger distances or “strokes”. Voice coil motors do not have the commutator
October 22, 2018
How to Safely Use Powerful Magnets?
How to Safely Use Powerful Magnets? The direct suction of a powerful magnet may cause a pinch wound, especially the neodymium magnets and large magnets. Therefore, it is highly important to know how to safely use powerful magnets. Here are 5 useful tips that you can take into consideration while using powerful magnets: How to
October 8, 2018
List of Magnets That Can Withstand High Temperatures
Introduction The strength of different magnets is affected by shapes, sizes, and most importantly, the ambient temperature. Therefore, it is rather significant to know about the influence of temperature on the magnetic force before selecting your magnets. Here, this article is going to discuss such influence with several examples of high-temperature resistant magnets. How Can
September 13, 2018
Why Neodymium Magnets Are So Strong?
Why Neodymium Magnets Are So Strong? Neodymium permanent magnet is widely used in the fields of electronics, electric machinery, medical equipment, toys, packaging, hardware machinery, aerospace, and aviation. The most common are the permanent magnet rotor, loudspeaker, magnetic separator, computer disk drive, magnetic resonance imaging equipment, and instruments. Neodymium magnets can be processed by Nano
August 8, 2018
High Speed, High Efficiency Magnetic Rotor Assemblies
High Speed, High-Efficiency Magnetic Rotor Assemblies Stanford Magnets manufactures high-performance magnets, magnetic rotor assemblies, precision thin metals, and electric motor components and assemblies for highly efficient electric machines. Our engineers work with motor designers every day to optimize their designs using our advanced materials such as laminated magnets made with samarium cobalt or neodymium iron
August 8, 2018
Magnetic Coupling
Magnetic Coupling A magnetic coupling is a new type of coupling that connects the prime mover and the working machine through the magnetic force of the permanent magnet. It does not need a direct mechanical connection but uses the magnetic coupling between permanent magnets, and the magnetic field can penetrate a certain space distance and the
May 25, 2018
How NdFeB Magnets Are Made?
How NdFeB Magnets Are Made? NdFeB Magnets have played an important role in the industries and our everyday life thanks to their excellent chemical and physical properties. However, few people know how NdFeB Magnets are made. So in this article, we will take a look at the process of producing NdFeB Magnets. The Process of Producing NdFeB Magnets 1. Preparation
April 17, 2018
The Numerous Shapes of Neodymium Magnets
Numerous Shapes of Neodymium Magnets Neodymium magnets have been widely used in the industry and our everyday life thanks to their unique properties. There are numerous shapes of neodymium magnets available on the market today, such as neodymium disc magnets, neodymium sphere magnets, and neodymium horseshoe magnets. In this article, we will introduce some commonplace shapes of neodymium
March 26, 2018
Necessary Coating of Super Magnets
Necessary Coating of Super Magnets Neodymium is easy to react to oxygen and oxidizes quickly if untreated. That’s why all neodymium magnets are covered with a protective coating, which is so thin that it doesn’t have any impact on the adhesive force of the magnet. In this article, let’s take a look at the common