Français
PVD coating, or Physical Vapor Deposition coating, is a cutting-edge surface treatment technology that enhances the durability, performance, and appearance of materials. Widely used in industries ranging from automotive to jewelry, which offers a unique combination of hardness, corrosion resistance, and aesthetic appeal. In this article, we’ll explore what PVD coating is, how it works, its benefits, […]
Category Archives: Uncategorized
18
Mar
Mar
Introduction AlNiCo magnets, made from aluminum, nickel, and cobalt, are one of the oldest types of permanent magnets. Despite the rise of rare-earth magnets like neodymium, AlNiCo magnets continue to play a vital role in various everyday applications. Their high magnetic strength, temperature stability, and corrosion resistance make them indispensable in many fields. In this […]
Alnico Magnet, Magnetic Applicaitons, Neodymium Magnet, Uncategorized
Application of magnets in nail industry
19
Feb
Feb
Magnets are mainly used in the nail industry to create cat-eye effects, make special patterns, and absorb nail tools. The following is a detailed introduction: Creating cat-eye effects Principle: Cat-eye nail polish contains magnetic particles. When the magnet is close to the uncured cat-eye glue, the magnetic field will align the magnetic particles in the […]
14
Feb
Feb
SmFeN magnet can replace NdFeB magnet in some processes. Advantages of SmFeN magnet Price advantage: The raw material cost of SmFeN permanent magnets is significantly lower than that of NdFeB permanent magnets, because the price of rare earth raw material samarium oxide is much lower than that of neodymium oxide. Performance advantage: SmFeN permanent magnet […]
08
Jan
Jan
Samarium cobalt (SmCo) magnets are high-performance rare-earth magnets known for their excellent magnetic properties and durability. Below are the key performance advantages of SmCo magnets: 1. High Magnetic Strength SmCo magnets exhibit a high energy density (up to 32 MGOe for Sm2Co17 grade). While slightly lower in magnetic strength than neodymium magnets (NdFeB), SmCo magnets […]
26
Dec
Dec
Multipole magnets have extensive and important applications in many fields: Industrial field Motor manufacturing Multipole magnets are widely used in the drive motors of modern electric vehicles. For example, Tesla’s high-performance motors use multipole permanent magnets. By precisely controlling the distribution and changes of the multipole magnetic field, efficient conversion of electrical energy and mechanical […]
26
Dec
Dec
Why do most educational magnets use AlNiCo magnets? AlNiCo magnets are widely used in educational magnets, mainly due to their unique performance characteristics. Advantages of AlNiCo magnets Strong high temperature resistance: AlNiCo magnets have a high Curie temperature and can maintain stable magnetism even in high temperature environments, which is very important for some educational […]
Alnico Magnet, Magnetic Applicaitons, Uncategorized
The advantages of AlNiCo Cow Magnet compared with other types of cow magnets
23
Dec
Dec
The advantages of AlNiCo cow magnet over other types of cow magnets are mainly reflected in the following aspects: Good temperature stability Wide range of application: AlNiCo magnets can work normally at high temperatures above 500℃, its Curie temperature can reach 860℃, and the maximum working temperature is about 550℃, while the upper limit of the […]
21
Oct
Oct
What is Electropermanent magnet？ An electropermanent magnet or EPM is a type of permanent magnet in which the external magnetic field can be switched on or off by pulses of current in a winding of wire around the magnet portion. The magnet consists of two parts, one of a “hard” (high coercivity) magnetic material and […]
08
Jul
Jul
Magnets can be classified into two main categories based on their magnetic properties: isotropic and anisotropic. Isotropic Magnets Isotropic magnets have a random direction of magnetization throughout the material. This means that the tiny magnetic domains within the magnet are not aligned in any particular direction. Because of the random orientation, isotropic magnets tend to […]
- 1
- 2