Neodymium Magnet Information

Previously on our blog, we’ve discussed how magnetic chutes are used in animal feeding; however, they’re utilized in many other scenarios as well. For instance, magnetic chutes are also used to trap and separate iron particles mixed with powders, granular materials, or otherwise dry materials. Typically, the material is flowing freely through the chute; that means no sticky substances! Connected to a larger series of ducts, the chutes use magnets to attract iron contamination as it flows. The largest magnet is almost always placed in a hinged door that can be accessed from the outside, allowing for manual cleaning and particle removal.  Continue reading →

Permanent magnets are commonly used in magnetic yokes. This refers to a handheld magnetic device used to induce a field in an area between two poles. They can also be electromagnetic yokes. Either kind of magnetic yoke can be used for participle inspection outdoors, in hard-to-reach places, or in remote locations. They can also evaluate whether a weld job is of quality, detecting surface and subsurface cracks and defects in ferromagnetic material.  Continue reading →

Magnets are used in a myriad of ways to make mining practices—specifically collection and sorting—seamless, safe, and profitable. More specifically, they are often used to filter out or remove tramp metal, which is the metallic scrap that can end up on conveyor belts or get mixed in with other materials during excavation regardless of whether it's machine or person-led. In the long run, it can cause serious and costly damage.  Continue reading →

Anti-lock braking systems (ABS) in vehicles, including motorcycles and aircraft, haven’t just become more popular, they’ve become the standard in vehicle safety. Since the 90s, it has become a baseline feature in cars instead of a premium one. The vast majority of tests confirm that ABS technology minimizes the risk of accident and reduces accident-related casualties Anti-lock Brake Systems  Continue reading →

When purchasing magnets for your business, one important consideration is the operating temperature. Temperature can impact magnetic strength significantly, especially if the operating temperature is extremely hot or cold.  When a magnet is in extreme temperatures, the balance between temperature and the magnetic domain (the atoms inside that spin in a particular direction) becomes destabilized, altering its magnetic properties. Most magnets perform better in cold temperatures than hot, but each type of magnet is different. The magnet's reaction to temperature depends on the magnet material, size, and shape. If you don't consider these factors, you may have to replace magnets, which can be costly and dangerous.  Continue reading →

Each year, 7 million window frames are replaced, 80% of which are UPVC window frames. Many perceive UPVC window frames as non-recyclable, and as a result, they end up in landfills. However, UPVC frames can actually be recycled and reused to manufacture new frames. Their lifespan can be significantly extended to help reduce waste, and they get stronger for the first 4 to 5 times it is recycled. UPVC window frames contain handles, hinges, and locks, typically made of steel, stainless steel, aluminum, or brass. Because these materials are mostly magnetic, magnetic separators make recycling these window frames much easier. Not only is magnetic separation useful for recycling, but it also prevents costly damages to equipment if metal materials are not removed. Continue reading →

If you work at a body shop, you probably know that removing dents from cars can be costly, especially if you scratch the car or chip the paint, which is common when using typical suction devices. The good news is that you can use magnets, such as horseshoe magnets, to remove dents without worrying about repainting or getting scratches on the car. Magnets are very effective in removing dents from malleable materials, including cars. They can remove dents from cars without even touching the car’s surface—All you have to do is place the magnet near the dented area and the magnetic force will “pull out” the dent. Continue reading →

In specific high-stakes environments, such as manufacturing, where there are high operating temperatures, magnetostrictive linear position sensors play an essential role in factory automation. They are cost-effective and simple to install, making them ideal for many industrial applications. Continue reading →

In previous blog posts, we’ve shared how neodymium magnets are used in technology and electronics, such as how Apple uses magnets in their devices, how to build speakers with magnets, and how magnets are used in electronics. But ever wonder why neodymium magnets are the ideal type of magnet for these applications?   In particular, we’re looking closely at why neodymium magnets are used in headphones and earbuds and why they are the best magnet for this application.  Continue reading →

We’ve all seen those little white tags on product boxes to prevent shoplifting, but did you know that they rely on magnets to work?  Continue reading →