Neodymium Magnet Information

Magnetic drive pumps are used to move fluids in all sorts of industries. They are the reliable option, regardless of what you’re pumping. As a seal-less technology, they include a drive magnet and inner magnet connected to an impeller to push various fluids through the pump.  Magnetic drive pumps prevent leakage, saving you the loss of costly liquids. On a more serious note, if you’re pumping more dangerous liquids, pumps help you prevent damage and injuries. This is especially helpful for businesses because EPA requirements are stricter than ever before. These pumps allow for zero fugitive emissions. They may even save time on maintenance and replacement due to leaks.  Continue reading →

No matter the size of your business, magnets can be a powerful tool in your marketing strategy. You can use them to promote products and services in target areas, offer them as merchandise, or provide them as a free gift with purchases.  Continue reading →

Extensive improvements have been made to electric motors and generators over the years, but for anyone who is imagining a carbon-free future, there’s a long way to go.  Continue reading →

In a recent blog, we talked about the role of magnets in land surveying and mapping; this week, we’re covering the fascinating world of hydrographic surveying. Similar to land surveying, the goal of hydrographic surveying is to determine the depth of the water and the topography of the bottom of say, a lake or ocean. The civil engineers who partake in these surveys use similar tools as they would above ground — in this case, a magnetometer with a magnetic sensor.  Continue reading →

Land surveying is an age-old career that has evolved and remained current through the years. These individuals are hired to give comprehensive and precise boundary information on parcels of land, as well as provide geospatial data — what is on the land and what may be underneath? Surveyors have long been consulted for construction projects, settlements for property disputes, or even map-making. Other similar professions with potential overlap in responsibility include land planners, civil engineers, and developers.  Continue reading →

Let’s talk about the Halbach Array. A phenomenon that was initially discovered in 1973, this arrangement of permanent magnets functions to make the magnetic field one side stronger while negating the opposite field to nearly zero. For comparison, with a single magnet, you will have equal strength on either end. It wasn’t until the 1980s that a physicist applied the Halbach array as a means to focus particle beams, electrons, and lasers.  Continue reading →

Permanent magnets are used in a variety of sensor applications; but what exactly is a sensor? A sensor measures input from its environment and converts it into data. That data might be collected and interpreted visually by a person (e.g., glass thermometer), or electronically by a machine. Sensors measure all sorts of things, including distance, weight, temperature, proximity, position, velocity, direction, etc.  Continue reading →

If well-cared-for and left unexposed to external influences, a permanent magnet will stay strong for a very long time. When in use, it’s a slightly different story. Regardless of how you’re using your magnets, but certainly, in business and industrial applications, it’s important to know what can weaken a magnet so you can replace it as necessary. Replacing your magnets at the most appropriate interval is an important way to protect the value of your investment.  Continue reading →

There are many factors to consider when purchasing magnets for your business. You must consider the size, shape, pole strength, magnetization direction, etc. One important factor that is often overlooked is the air gap.  What exactly is the “air gap?” Continue reading →

Magnet safety entails how to handle magnets, where to store them, and the ideal storage environment. It is especially important when handling strong industrial magnets. If magnet safety is not followed, it can lead to personal injury or damage directly to the magnet, such as breaking, chipping, and cracking. Continue reading →