Fluorescent tube lights and other fluorescent light bulbs are largely implemented due to the benefits they offer businesses and industrial settings over other lighting solutions. Despite the fact that their upfront costs tend to be a bit higher than some other types of lights, fluorescent lights bring a lot to the table.

For example, fluorescent lights produce less heat than alternatives like HID bulbs and incandescent lights, which makes them valuable for indoor high bay settings where other forms of lighting would drive up cooling costs. Also, despite the fact that they need ballasts in order to operate properly, they draw less power than most other alternatives, which also keeps energy costs down and can amount to energy savings.

They’re not just energy-efficient, they also offer great light output and they also last a long time, making them more desirable than lights like halogen and incandescent bulbs, which have short lifespans by comparison. Even on the low end, most fluorescent lights will last several thousand hours, with some lasting upwards of 25,000. Only LED realistically approach and exceed the lifespans of most fluorescent lights.

Here’s the basic method of operation by which a fluorescent light bulb works. Fluorescent fixtures contain light bulbs; inside of the light bulb is a sealed glass tube that is full of inert gas, typically argon. There is also a small amount of mercury inside of the tube, the inside of which is coated with phosphor powder or another fluorescent material.

At either end of the tube, there is an electrode. When you switch on power to the light, which will be regulated by either an electronic ballast or a magnetic ballast, electrons flow from one electrode through the gas in the tube to the other side.

The energy flowing between the electrodes vaporizes the mercury inside the tube and excites the electrons within the mercury’s atomic structure. As the electrons are excited and then “cool down,” they release their energy in the form of ultraviolet light which is invisible to the human eye.

However, ‘fluorescent’ materials like the phosphor powder inside the tube emit visible light when exposed to ultraviolet radiation, so as the UV light hits the phosphor powder, the tube light will glow with visible light, typically the cool white light that is normally associated with fluorescent lights.

That’s a high-level view of how fluorescent lamps work, and if you’re looking for something of this nature, then you should take your business over to Atlanta Light Bulbs at AtlantaLightBulbs.com.

Whether you’re looking for a linear fluorescent tube light bulb like a T12 fluorescent tube or a T8 fluorescent light, they have what you need - along with many other fluorescent bulbs like circline fluorescent lamps. In fact, even if you are looking for replacement LED bulbs like an LED tube light, they can help you make the switch to enjoy even better energy savings.

The first step is to visit their website, though, and they’d be more than happy to help you out. Check out what they offer in their online store, and if you have any questions, get in touch with them at 1-888-988-2852.