Often, that more powerful magnetic field is created by electricity. In these materials, the magnetic fields of many atoms in the material have become permanently aligned by some outside force - like by being put inside a more powerful magnetic field.Įxamples of magnetic fields (Image credit: VectorMine via Getty Images) Many of the magnets used in everyday life, like refrigerator magnets, are known as permanent magnets. The combination of those very small magnetic fields makes a bigger magnetic field - so the material becomes a magnet. One might think of this as the difference between a crowd of people milling about, versus all organizing and facing in the same direction. But under the right conditions, the tiny subatomic magnetic fields can align to point in the same direction. In that state, they mostly cancel each other out, so the material isn't magnetic overall. In an unmagnetized material, these individual magnetic fields are pointing in different random directions. The number of electrons and the way they're positioned around the nucleus means that each iron atom will have an unpaired electron generating a small magnetic field. But in some elements, such as iron, that can't happen. When possible, electrons will pair up so that their spins cancel out, making the net magnetism of an atom zero. Reverse the direction of the spin, and the magnetic field would flip. And one way that field could be generated is if the electron was spinning. But physicists know electrons have a magnetic field because they've measured it. Technically, nobody has seen an electron spinning - it's far too tiny to be seen under a microscope. The Magnet Group, based in Atlanta, ranked 12th in Counselor’s latest list of top suppliers, with 2018 North American promotional products revenue of $117.9 million.Related: Why does metal spark in the microwave?Īn electron's "spin" is something of an abstract concept, Boebinger told Live Science. Some of the product that had been produced in Camarillo will be moving to South Carolina, bringing about 20 to 30 jobs to the Fran Ford Center the company christened last October.Ībout 20 employees – in customer service, purchasing and product development – will remain in California to ensure continuity, according to Korowitz. The Magnet Group expects to bring about 50 jobs to Washington with the move.
“We’re going up, instead of out,” Korowitz explained. Magnet’s new building is a bigger space, with more cubic feet, than the Camarillo facility offered. Its Castelli division remains in Reno, NV, and South Carolina. Washington, MO, is already the home of many of The Magnet Group’s operations: Magnet Innovations by Magnet Benchmark Perfect Line The Bag Factory The 1919 Candy Co. “Thanks to diligent planning, we should have no interruption of services to our customers,” Korowitz said. The move into the new facility is expected to be completed by the end of January, he said.
“Everything we do is for our customers.” Still, he noted that the company is sensitive to the contributions its California staff has made: “We’re really thankful for what our employees and families have done.
These cost savings “should prove to be a significant benefit to all of our customers,” Korowitz said. The move will help The Magnet Group cut costs by consolidating processes and reducing freight expenses, according to CEO Bill Korowitz. Top 40 supplier The Magnet Group (asi/68507) announced this week that it will be closing its facility in Camarillo, CA, and relocating operations to a new building it purchased in Washington, MO.
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