ANION NEGATIVE ION FLOURECENT LIGHT BULBS www.home-health-essentials.com

We Have Taken Energy Efficient Light Bulbs To The Next Level With Our Anion Negative Ion Fluorescent Light Bulbs !

The Air Purified Energy Saving Lamp was specifically designed for smaller light fixtures - but is great for anyone who wants cleaner, fresher air anywhere in your home of office without adding any scents to cover smells or need for any other device to fill your room. Simply screw in the Anion Negative Ion Light Bulb and it goes to work silently cleaning the air you breath while the light is on.

It Removes particles from the air. Most particles that ''float'' in the air are positively charged. These particles act as large "rafts" for toxic chemicals and disease organisms - not the kind of thing you want to breathe. Negative ions are attracted to this positive charge like the opposing poles of a magnet. When the negative ion gives up its charge to the particle, it becomes attracted to other positively-charged particles in the air, forming masses that are too heavy to remain suspended.

"Electronically emitting nature's most powerful air-cleansing agents over a large area. "

Negative ions and ozone are nature's most powerful air-cleansing agents. There is nothing in the world more effective in taking allergens and contaminates out of the air we breathe. Unfortunately, due to the tight construction of today's homes and buildings, they are unable to take effect within indoor environments.

Negative ions and ozone are created by nature, and found at their most optimal levels where the air is most pure and healthy. These places typically include up in the mountains, near waterfalls, where lightning has just occurred, in open meadows away from "the city", and the ocean shore by the crashing waves.

" It really works well. I can even have an occasional cigar and the odor is completely gone the next morning. " - M. Demcho, Ohio

What are negative ions?

Negative ions are electrically-charged particles in the air that remove airborne contaminates from the air we breathe, and have a rejuvenating effect when interacting with physiological systems (such as the respiratory system).

Have you ever noticed that how refreshing the air is when you are in the mountains, or by a waterfall? Or how revitalized you feel?

The explanation for this is that there are usually at least 2,000 negative ions per cubic centimeter (which is optimal) in these environments. On the other hand, there are only a couple hundred negative ions per cubic cm. in the typical indoor environment.

The reason indoor environments lack the electrical "nutrients of the air" that we need is that today's "air-tight" homes and buildings prevent them from treating the air inside.

Plus, most homes and buildings are in urban settings and other places where the earth is covered by mostly concrete and asphalt. Large amounts of concrete and asphalt, and other structures fabricated by man tend to disrupt the air's electrical balance in areas where they reside.

How do negative ions remove pollutants from the air?

Negatively-charged negative ions attach themselves to contaminates and allergens, which are positively charged. The newly-formed larger particles are then able to fall to the ground, and out of the air we breathe.

Most floating contaminates and allergens are positively charged, and of course, negative ions are negatively charged. In environments where high densities of negative ions exist, they are able to reverse the charge of floating contaminates to a negative charge.

This results in a magnetic attraction among the floating pollutants in the air, causing them to aggregate, or clump together.

As a result, they become too heavy to remain floating in the air, and fall harmlessly to the ground, where they cannot find their way into your respiratory tract.

At this point, even if they are inhaled before falling out of the air, these now larger particles are able to be intercepted by the "filters" of the upper respiratory tract, due to their increased size.

Of course, without a continual generation of negative ions, some of these enlarged pollutants can find their way back into the air. Negative Ion Light Bulb are designed for continual use, ensuring pollutants stay out of the air you breathe.

Some studies suggest that negative ions also have a biological effect on bacteria and viruses, killing them on contact in many cases.

How does ozone work?

Ozone oxidizes airborne pollutants, then reverts to oxygen, leaving behind cleansed and refreshed air.

Here's how this process works:

Ozone is highly reactive, so it interacts with most contaminates and allergens it encounters. As the element with the second highest oxidation potential (next to Fluorine), ozone proceeds to destroy the pollutant through oxidation.

ASHRAE (American Society of Heating, Refrigeration, and Air Conditioning):

" Ozone controls surface mold on packages and walls, and reduces scale development and decay. The presence of ozone. . . . significantly reduces the occurrence of mold."

" Ozone is one of the purest and most powerful oxidants and germicides known. "