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LED Lighting Advances in the Aquarium Industry

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Although many saltwater aquarium hobbyists have depended for years on fluorescent or Metal Halide bulbs for their main source of lighting, these old staples are taking a back seat to LED (Light Emitting Diode) systems, both because of the LED bulbs' energy operating savings and the many choices of lighting spectrums available. What's So Great About LED Aquarium Lighting? The primary characteristics making LED lighting so popular are their long life and the much smaller amount of energy used in lighting up LEDs. Although they can cost a lot more up front, an LED bulb for a saltwater aquarium can last up to five years or 50,000 hours in the right circumstances, and they use a tiny amount of energy compared to an incandescent or fluorescent bulb. Also, unlike fluorescent or metal halide bulbs, LED bulbs do not use mercury as a key component for operation. Another advantage to LED lighting is that it produces less heat, making it easier to control the amount of heat released into y...

LED Light Bulb Purchasing Considerations

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Because of their many advantages over traditional incandescent and fluorescent light bulbs, LED lights are poised to transform all forms of lighting. Selecting and purchasing LED lights requires buyers to learn new terminology and take into consideration factors that they don't have to think about when buying traditional types of lighting. This brief article provides some basic background and purchasing considerations for first-time buyers of LED replacement lights. As most people probably know by now, LED stands for light-emitting diode. LEDs are actually semiconductors (just like computer chips) that produce light more efficiently than traditional light sources. When electricity is passed through them, they emit energy in the form of light. These semiconductors are doped or injected with chemicals that determine their light color. LEDs convert the majority of energy passed through them to light, as opposed to incandescent bulbs that produce light as a by-product of being heated. ...