What is High Efficiency N38 Neodymium Arc Magnet Water Pump System for Optimal Performance
Price
Min. Order Reference FOB Price
100 Pieces US$0.01-0.10 / Piece
Sepcifications
- Application Industrial Magnet, Motor Magnet
- Shape Block
- Coating Nicuni,Zn,Epoxy,Passviated
- Grade N30SH-N45SH
- Transport Package Standard Seafreight Packaging
- Specification Customized
- Trademark YG Magnet
- Origin Ganzhou, China
- Material Rare Earth
- Magnetization Yes
- Tolerance +/-0.02mm to +/-0.1mm
- Technology Gbd
- Magnetized Direction Through Thickness
- Type Sintered NdFeB Magnet
Product Description
Product Name: High Performance Neodymium Permanent Magnet Water Pump Company Name: Jiangxi YG Magnet Co., Ltd Keywords: High Performance Motor Magnet, Neodymium Permanent Magnet, Water Pump Magnet, NdFeB Magnetic Material, Rare Earth Magnet Material, Automotive Pump Magnet, Strong Motor Magnet, ...
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The Challenge of Appearance Defects in Ndfeb MagnetsBy Jiangxi YG Magnet Co., Ltd on 09/07/2024NdFeB magnets, also known as Neodymium Iron Boron magnets, are the strongest type of permanent magnets commercially available. They are composed of an alloy of neodymium, iron, and boron, and are characterized by their exceptional magnetic properties. -
The Comparative Analysis of NdFeB Magnet, Ferrite Magnet, and SmCo Magnet IntroductionBy Jiangxi YG Magnet Co., Ltd on 08/01/2025Permanent magnets are functional materials that can retain their magnetism or magnetic field over a long period. These magnets are widely used in various applications such as electric motors, generators, magnetic separators, and sensors. Among the various types of permanent magnets, NdFeB, ferrite, and SmCo magnets are prominent due to their unique properties and widespread applications. This article presents a comparative analysis of these three types of magnets, focusing on their characteristics, performance, and applications. -
Introduction of Different Magnetization Types of MagnetsBy Jiangxi YG Magnet Co., Ltd on 13/12/2024Magnets, those mysterious and fascinating objects capable of exerting attractive or repulsive forces on other magnetic materials, have been integral to human innovation and technological advancements for millennia. From ancient compasses guiding explorers across vast oceans to modern MRI machines diagnosing medical conditions, magnets have demonstrated their versatility and utility in diverse applications. The core of a magnet's functionality lies in its magnetization—a process by which a material becomes magnetized, acquiring the ability to produce a magnetic field. Here we introduce the various types of magnetization that magnets can undergo, exploring their characteristics, origins, and practical applications.