Technologies of associated with magnets are developing rapidly, scientists work intensively on their improvement and enhancement. The application of magnets made of neodymium is also growing dynamically, being used by more and more industries. In our category presenting current events related to magnets made of neodymium, everyone can read about various curiosities and updates associated with this industry. We strive to present achievements and successes of engineers and the results of their years of research, but also to showcase new ideas for utilizing the amazing capabilities of these products. The newest trends, technological solutions, but also threats such as rising prices of raw materials - all this information can be found in our news section.
technologia
Neodymium magnets can be magnetized in many ways: axially, diametrically, through thickness, around the circumference, and more. Find out how the magnetization direction influences their performance.
technology
Neodymium magnets rank among the strongest in the world, but they require proper protection. Discover different coatings and learn how to choose the optimal solution.
technology
Find out what neodymium magnet grades are, what their properties are, and how to choose the right magnet for your project
science
Magnetic shielding plays a crucial role in protecting devices from magnetic fields. Discover the history of this technology and the materials, like MuMetal, that have contributed to its development.
technology
Neodymium magnets play a crucial role in modern energy technologies, such as wind turbines and electric vehicles. Explore how these powerful magnets contribute to energy efficiency and sustainable development.
science
Learn how to easily check the poles of magnets using simple techniques. This article provides accessible explanations and guides you step by step through different methods, from using a compass to observing physical phenomena, allowing everyone to understand this fascinating field.
technology
Discover how neodymium magnets, known for their exceptional thermal endurance, are used at high temperatures exceeding 80°C. Learn about innovations in their production, including the use of various additives such as dysprosium and boron, and special anti-corrosion coatings, all...
technology
Dive into the world of neodymium magnets, exploring their diverse grades from N30 to N54, their magnetic properties, thermal resistance, and applications. Learn how the "N" classification and additions like "SH" affect magnet performance, and the significance of their detailed techni...
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