Neodymium Magnet Information

Modern data centers are engineered for reliability, efficiency, and nonstop operation. Behind the servers, cooling systems, and power equipment that keep data flowing are permanent magnets. From airflow control to monitoring and backup power systems, permanent magnets help data centers operate with precision and consistency. Permanent Magnets in Cooling and Airflow Systems Cooling systems are one of the largest energy...

Permanent magnets are foundational components in modern industrial systems. From automation and robotics to manufacturing fixtures and sensing technologies, permanent magnets support precision, repeatability, and efficiency across a wide range of industrial applications. Automation and Robotics Systems In automated manufacturing environments, permanent magnets are frequently used for positioning, sensing, and motion control. Robotic systems rely on magnets in motors, encoders...

Over the past year, businesses across manufacturing, engineering, and sourcing have learned an important lesson: tariffs can disrupt supply chains quickly and drive up costs with little warning. As we look ahead, tariffs and market uncertainty are no longer short-term challenges. They are ongoing factors that require proactive planning. For companies that rely on magnets, especially rare earth magnets, the...

Magnets play a critical but often overlooked role in modern dental care. Compact neodymium magnets have become essential components in both clinical and laboratory settings as dental treatments become more precise and patient-friendly. Their small size, predictable holding force, and reliability make them well-suited for applications where space, comfort, and performance must align. Among the most commonly used formats are...

When engineers need a magnet that can withstand heat, corrosion, vibration, and demanding operational environments, two materials typically top the shortlist: samarium-cobalt (SmCo) and high-temperature neodymium (NdFeB). Both are rare-earth magnets, but their performance characteristics differ in essential ways.  Samarium cobalt offers exceptional temperature stability (up to 350°C+), inherent corrosion resistance, and long-term magnetic reliability. It’s the preferred choice for...

When you shop for magnets online, it’s easy to feel overwhelmed by all the shapes, sizes, and strength levels. That’s why we created our popular size grid, a simple, visual way to compare magnets and find exactly what you need faster. Whether you’re organizing your home, crafting, or designing for work, our popular size grid helps you choose confidently and...

The global magnet industry is entering a new era. As manufacturing demand rises and geopolitical uncertainty continues to reshape trade flows, companies that depend on permanent magnets face a pressing challenge: ensuring a consistent, cost-effective supply of critical materials. At Apex Magnets, we help businesses navigate the evolving supply chain for neodymium, samarium-cobalt, and other advanced magnetic materials. Here’s what...

As the year comes to a close, many business leaders take time to review performance, reforecast budgets, and prepare for what’s ahead. However, in today’s unpredictable business climate, preparation involves building flexibility, evaluating supplier relationships, and planning strategically for potential disruptions. If you rely on neodymium magnets, here are ways your business can enter the new year with confidence. 1...

Neodymium magnets are among the strongest permanent magnets available, powering a wide range of applications, from electric motors to small devices. But you’ll notice they come in so many shapes and styles — discs, blocks, rings, countersunk, spheres, and more. Why so many? Because the shape and style of a magnet affect its functionality. Selecting the wrong type or improperly...

Magnets are everywhere, from the fridge door to your headphones, but have you ever wondered why certain materials are magnetic while others are not? The answer lies in the structure of atoms and the behavior of their electrons. The Science Behind Magnetism Atoms are made up of protons, neutrons, and electrons. Electrons orbit the nucleus and also “spin.” These tiny...