Where Can I Buy Fluorescent Lights
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Choosing the right fluorescent light bulb can seem impossible. Bulb companies appear to be overflowing with fluorescent lights that differ in shape, size, color, brightness, fixture and longevity. With so many types of fluorescent bulbs, it can be easy to get lost in the jungle of options.
Getting the right fluorescent bulb is important. You need something that will last and something that is right for your particular fixture. You need the right color and tone for your facility. And you need a bulb that is safe and energy efficient. Knowing how to find a fluorescent light bulb that fits all of your needs will save you time, worry and ensure you get the right one every time.
In this green day and age, we know that conserving energy is of the utmost importance to you. Not only do you want to be aware of your carbon footprint, but energy is expensive and cutting down on usage is a sure-fire way to save money. There are plenty of ways that the right fluorescent bulb can help you achieve that goal without sacrificing brightness or longevity of your bulbs.
You may find that your old, outdated fluorescent bulbs can be upgraded to lowerwatt bulbs that offer the same or more brightness than you currently have. If this is the case, you may also consider using fewer bulbs altogether. Disconnecting extra fixtures that are not in use can help save energy and money.
Once you have your fluorescent light bulb size and type determined, you must decide the tone and color. When selecting a color, the most important factor is use. What kind of space is the lighting for Is it for a manufacturing facility A hospital A showroom or an office The type of color you choose will affect how your space looks and feels.
Cool white fluorescent light bulbss are most common in offices, hospitals and manufacturing facilities. They offer optimal light for these busy operations, and the color allows for inspecting the small details in this kind of work. Residential lighting, restaurants and hotels benefit from a warmer white that sets a comfortable and homey tone. The mid-range white is right for areas such as retail outlets, showrooms and supermarkets.
Whatever your need, we are sure to have the right type of fluorescent bulb to fit your specific needs. Choose the type, size, watt and tone from our drop-down menus to make selecting your bulb a cinch, or take advantage of our search filtering to find everything you need.
Buy fluorescent light bulbs online to save compared to big box stores. 1000Bulbs.com has fluorescent tubes including hard to find 700 series fluorescents, 800 series full spectrum or 800 series energy saving tubes and 900 series phosphors. You can also find food safe T8 tubes for produce and meat lighting along with appliance rated fluorescent tubes. Need circline or U-bend fluorescents 1000Bulbs.com has you covered.
Compact fluorescent bulbs are available with the standard household screw in base sizes or GU24 twist and lock base. Both are excellent options for replacing incandescent lighting except where high color rendering accuracy is desired. CFL lights are not recommended for vanity lighting or bathrooms, but are used as general lighting applications, wall sconces, and lamps without much noticeable difference. When replacing incandescent lighting, GU24 base fixtures are becoming more popular, especially in California due to the added energy savings over traditional sockets.
Not all black lights are black (or violet) but all black lights emit ultra-violet light and cause certain materials to fluoresce or glow. The most recognizable black lights are BLB (black light blue), violet coated lights that look purple or dark blue when turned off. This type of fluorescent black light produces very little light in the visible spectrum, allowing the glow of white or neon materials to be seen more brightly. Laser tag arenas and bowling allies frequently use this type of blacklight bulb.
PL lamps are compact fluorescents in a 2-tube, 4-tube, or spiral shape. This type of CFL use 2-pin of 4-pin bases. Consuming between 50-80 percent less energy than incandescents, they also last up to ten times as long. Not commonly found in homes, you may need these for schools, offices, or retail stores.
As a result, in 2009, the department announced the eventual phase out of the 1.5-inch-diameter fluorescent T12 tubes. The mandate said production of the tubes would have to cease after July 14, 2012. Big-name manufacturers like Philips and Sylvania were granted two-year extensions on the deadline. But as soon as the phase out was announced, production began to decline. It was a combination of the impending restrictions, increased energy efficiency awareness, and emerging rebate programs targeting those with traditional T12 fluorescent tubes.
Fluorescent bulbs produce light by converting ultraviolet emissions with a fluorescent coating on the inside of the tube. UV radiation is generated in the first place by an electrical charge that is run through the inert mercury glass internal to the bulb. The gas is excited by the electricity and releases ultraviolet radiation as a consequence. Fluorescent lights require ignition, which is typically provided by a voltage pulse or a third electrode (an additional metal part) internal to the bulb. Starting is relatively simple with small tubes but can require significant voltage with larger lights.
Fluorescent technology has been around for more than 100 years and it generally represents a high efficiency way to provide lighting over a vast area. The lights are much more efficient as well as longer lasting than incandescent bulbs, however, they fail in both categories when compared to LED.
In particular, LED lights are relatively expensive. The up-front costs of an LED lighting project are typically greater than most of the alternatives. This is by far the biggest downside that needs to be considered. That said, the price of LEDs are rapidly decreasing and as they continue to be adopted en masse the price will continue to drop. (If you received a proposal for LED lights that just costs too much, don't give up hope. Value engineering can help.)
The first practical use of LEDs was in circuit boards for computers. Since then they have gradually expanded their applications to include traffic lights, lighted signs, and more recently, indoor and outdoor lighting. Much like fluorescent lights, modern LED lights are a wonderful solution for gymnasiums, warehouses, schools, and commercial buildings.
They are also adaptable for large public areas (which require powerful, efficient lights over a large area), road lighting (which offer significant color advantages over low and high pressure sodium lights), and parking lots. For an interesting take on the history of street lighting in the United States read here.
In the last few years LED efficiency has surpassed that of fluorescent lights and its efficiency improvements are progressing at a much more rapid rate. Further, fluorescent lamps require the use of a ballast to stabilize the internal current that produces light. When the ballast has a minor imperfection or is damaged, the light can produce an audible buzzing noise. Other shortcomings include the following:
As good as fluorescent light efficiency has become, LED is better (and continues to improve at a more rapid pace). As long as fluorescent lights last, LED lights last much longer. Further, fluorescent lamps require the use of a ballast to stabilize the internal current that produces light. When the ballast
One very legitimate reason why the use of fluorescent bulbs is waning, in favor of increased use of LED bulbs, is that fluorescent bulbs contain a small amount of hazardous mercury. This makes fluorescent bulbs difficult to dispose of safely. Always consult your local waste management agency for advice on what to do with burned-out fluorescent bulbs. Another reason to avoid fluorescent lighting is that LEDs are more cost-effective over the long run. Though more expensive initially, LED bulbs generally last much longer than fluorescent tubes, making them a better long-term bargain.
All fluorescent tubes (lamps) consist of a sealed glass vessel that contains a small amount of mercury and an inert gas, usually argon, at a very low pressure. The inside of the tube or bulb is coated with phosphor powder. When the light fixture is turned on, electrodes inside the tube or bulb ionizes the mercury vapor, which causes light to be emitted when the ionized atoms strike the phosphor coating lining the glass. This is a much different mechanism than that used by incandescent bulbs, which produce light when an inner metal filament gets hot enough to glow from the electricity passing through it. And it is also different than LED bulbs, which produce light from electrical current passing through microchips.
All fluorescent lamps and tubes are considered hazardous waste in California when they are discarded because they contain mercury. (Title 22, division 4.5, chapter 11, section 66261.50) This includes:
All fluorescent lamps and tubes must be recycled, or taken to a household hazardous waste disposal facility, a universal waste handler (e.g., storage facility or broker), or an authorized recycling facility. (Title 22, division 4.5, chapter 23, section 66273.8) (The law requiring that fluorescent lamps be recycled or taken to a household hazardous waste disposal facility, a universal waste handler, or an authorized recycling facility has been in effect since February 9, 2006.)
According to a report entitled, Household Universal Waste Generation in California, August 2002, there were 15,555,556 fluorescent lamps sold in California in the year 2001. According to survey results published in the report, only 0.21% of these lamps were recycled.
Package Fluorescent lamps and tubes carefully when storing and transporting them. Do not tape tubes together. Store and transport fluorescent lamps and tubes in the original box or another protective container. Store them in an area away from rain so that if they break, the mercury from broken lamps or tubes will not be washed by rain water into waterways. (See How to Clean Up Broken Lamps or Tubes, below.) 59ce067264