Jan 20, 2015-America-Certain consumer products require magnetism to work properly; refrigerator magn...

1. How to Make Magnets Stronger
Jan 20, 2015-America-Certain consumer products require magnetism to work properly; refrigerator
magnet, some earrings, speakers, and so on. Magnets in each of these products require a strong
magnetic field in order to attract and hold onto their respective objects. When these magnets
become weak, they fail at their designated tasks. If that happens, there are a few steps you can take
to reinforce and reinvigorate a weak magnet to make it stronger.
Make the determination over whether the weak magnet in your possession has become weak over
time, or if it has always been a weak rare earth magnet. When a magnet is created, the electrons
inside of it are aligned and stuck so that they point in a north/south direction (the magnet's polarity).
The number of electrons that line up in this configuration determine how strong a magnet is--the
more electrons, the stronger the attraction.
When a magnet is first made, it has the highest number of electrons pointing in this direction,
therefore being as strong as it can ever get. If a magnet has been weak since you bought it, it likely
has been weak since production and there is nothing you can do--you should discard the magnet.
Place your weak magnet within the magnetic field of a much stronger magnet. Setting it right next
to the magnet will produce the best result. The stronger magnet will actually help realign electrons
that have spun out of axis since its creation.
Stroke the weak magnet with your larger, stronger magnet. Stroke it in the direction of one polarity
to the other (or from one side of the magnet--the side that attracts other another magnet--to the
other side of the magnet--the side that repels that same magnet). This will further align moved
electrons.
Place both the magnets next to each other inside a freezer. Heat, radiation and electricity all play a
part in diminishing a magnet's magnetic field. They do this by speeding up electrons' movements,
causing them to shift out of place. Cold slows down magnets and holds them in place. Placing a
larger magnet next to a weak magnet in a freezer will actually be a culmination of all these
processes, causing your magnet to increase in strength. Take out the magnet and test its strength.
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Contact
Website: http://www.cnhzzt.com/emain.asp