![\"\"](\"http:\/\/synergylightingusa.com\/wp-content\/uploads\/2010\/05\/line.jpg\")
<\/p>\nSynergy Lighting for years now has attempted to educate its customers on the value of quality light bulbs. In hard economic times, businesses often look for ways to cut expenses and save money. We see these businesses often perform layoffs or reduce their inventories in order to keep a positive cash flow. However most businesses do not realize their savings potential just by switching to quality light bulbs which can result in huge savings.<\/p>\n
First we must identify the difference between price and cost. A .39 cent light bulb does not have a cost of .39 cents. That is the price of the bulb. The cost is measured by how much electricity is paid for to illuminate the bulb, and how much labor is paid to change the bulb time and again. For most businesses, a .39 cent light bulb has an annual cost of $42.65 when you calculate electricity and an employee changing the bulb twice a year at a pay rate of $10.00 per hour. Remember, a $10.00 an hour employ also has taxes to the business owner above and beyond their normal pay rate.<\/p>\n
Any illuminated light bulb has heat.\u00a0\u00a0 Even cooler burning lamps such as CFL’s and Fluorescent produce some form of heating.\u00a0 This heat or burning of the filament or cathode, over time dissipates the tungsten and the filament becomes thinner and weaker till it eventual breaks.<\/p>\n
Often customers grin when we tell them about vibrations damaging the tungsten filaments or cathodes.\u00a0\u00a0 The standard feedback is that their light bulbs are firmly mounted and do not have vibration.\u00a0\u00a0 Air Conditioning, doors opening and closing and wind load forces on a building cause subtle vibrations undetectable to humans, but can be passed on to the filament of a lamp even if so subtle we can not feel them.\u00a0 As you will see in the video below, the filaments or cathodes have their own vibrations from molecule collisions while under a heat load.<\/p>\n
Every time we turn a light on there is a power surge to the filament or cathodes.\u00a0 Many other power surges happen daily that we do not recognize, such as every time an Air Conditioner turns on or off, a large motor operates, or even a power surge from a laser printer spooling up.\u00a0\u00a0 By design, the utility company redirects power to grids several times a day which causes a series of small power surges that are only sensitive to light bulb filaments.<\/p>\n
<\/h4>\n![\"Filament](\"http:\/\/synergylightingusa.com\/wp-content\/uploads\/2010\/06\/filaments.gif\" "\\"Filament")
<\/a>Sylvania, Philips, GE and many other manufacturers use a Standard Tungsten-Alloy Filament stretched between two filament supports.\u00a0 Unlike the Pure Tungsten Filaments invented by Thomas Edison, and used in most Industrial Grade Bulbs, the tungsten-alloy filament is weaker and does not hold up as long.\u00a0\u00a0 This may be part of planned obsolescence, or a way to get a consumer to buy more bulbs.\u00a0 Industrial Grade lamps such as Halco, Superior Life Lamps use Pure Tungsten filaments with additional filament supports.\u00a0\u00a0 This increase lamp life and stability when subjected to Heat, Vibration and Power Surge.<\/p>\n