Neodymium Magnets Make Life Easier In Many Ways!

Magnetic pulls bestowed by Mother Nature constantly capture young minds at the earliest developmental stages. Anyone who has ever seen the amazed countenances that come upon young faces while observing magnets’ operation will agree that they are indeed sights to see.  Magnets are among the very few objects of natural composition that exhibit near-magical properties.  Adult researchers are also studying magnetism and its exterior macro effects to take technology to new limits.  Magnets of the neodymium category help society reach new heights of productivity with their incredible versatility and strength. Neodymium Magnets.


Unknown to most, magnetism underlies virtually every vital high-tech function we currently take as givens in daily life.  Mundane phenomena from electrical current generation to high-tech uses of electricity unimaginable a generation ago rely upon the pervasive pull of magnets.  Indeed, the tiny chips that make up your PC and DVD or MP3 player would be worthless heaps of metal and plastic without the myriad magnetized parts that hold internal components together firmly. In these and many other consumer and industrial functions, these powerful magnets keep things together.





As the most common magnets of the “rare earth” variety, neodymium magnets are manufactured devices that have highly coercive and remnant levels of magnetism. These two characteristics mean that they have prolifically powerful pulls that last a long time.  Absent Herculean demagnetization efforts, they hold their magnetic charge forever.  These two characteristics are very desirable for magnets designed to serve vital purposes.  Medical equipment such as Magnetic Resonance Image (“MRI”) machinery makes extensive use of magnetized components.  The prodigious price of such diagnostic equipment mandates that certain components possess long-lasting magnetism.

Electrical current is created by the movement of conductive material through magnetized fields.  This is the basic mechanism of electrical generators. Magnetic pull and electricity are so interrelated that any electrical flow generates coexistent magnetism from mere electron movement through the conductor. This phenomenon has been long-observed and widely documented by scientists.  Nonetheless, its precise physical mechanism remains enigmatic. Ever-advancing technology demands constantly increasing electrical current.  No-cost sources of dynamic energy remain future developments and discoveries.  The innovation of strong magnets portends the eventual production of virtually free, instantaneous electrical power.  Mobility induction of conductive components is the primary challenge at hand. 


The magnetic pull of neodymium magnets is so powerful that placing your hand between two of them that each measure 4 inches wide and 1 inch thick would result in instant crushing of every internal bone.  The incredible strength of these magnets is useful, yet extremely hazardous.  Proper safety precautions must be observed at all times while anywhere near the proximity of such phenomenal magnetism.  This fact must remain paramount in your mind while handling them.  These powerful new variants on the old familiar theme of children’s play toys demand heightened consciousness.  Consequently, they must be regarded with the respect they are due.