Insights
Here we share in-depth information about magnets in general and Blumags' products in particular - whether you are a student learning about permanent magnets or a business decision maker exploring the market.
5 ARTICLES
How Does Airgap Affect the Holding Force of a Magnet?
Learn how airgap impacts magnetic holding force, and why sandwich magnets outperform pot magnets in real-world conditions.
Why Magnets Attract or Repel – And Why Iron Always Sticks
An easy-to-understand explanation of magnetic attraction, repulsion, and why ferromagnetic materials always stick to magnets.
How do permanent magnets work?
Here, we'll break down the complex principles of electromagnetism into understandable bits. No heavy physics degree required. Discover how the orderly behavior of tiny electrons in materials like neodymium doesn't just power any magnet, it powers the strongest permanent magnets used in Blumags' advanced underwater equipment. Ready to see what makes them tick? Let's dive in!
The Power of Large Magnets – Why Size Influences Performance
At Blumags, we recognize that the dimensions of a magnet play a crucial role in its performance. Our high-performance neodymium magnets are engineered for demanding environments. With increased size comes enhanced magnetic strength, ensuring our products provide superior holding power and stability in industrial work, marine operations, and underwater applications.
Do magnets work underwater?
When it comes to underwater operations, magnets are invaluable tools, playing crucial roles in salvage, construction, and retrieval tasks. At Blumags, understanding how magnets operate in such environments is key to optimizing their use. So, do magnets work underwater? Absolutely, magnets work great underwater. And here's how.