Lighting Tip



Search:

Halogen Lighting Explained

Would you like to
contribute to this site?

Lighting Menu

Submit an Article
Submit a Tip
Place your Ad
Add URL
Lighting Questions?
Contact Us


 Home Interior Lighting 
 Kitchen and Bath Lighting 
 Home Exterior Lighting 
 Landscape Lighting 
 Solar Lighting 
 Ceiling Lighting 
 Recessed Lighting 
 Track Lighting 
 Stage Lighting 
 Automotive Lighting 
 Decorative Lighting 
 Art and Photography Lighting 
 DIY Lighting 
 Fluorescent Lighting 
 LED Lighting 
 Low Voltage Lighting 
 Contemporary Lighting 
 Pendant Lighting 
 Styles of Lighting 
 Types of Lighting 
 Light Fixtures 
 Light Fixture Styles 
 Chandelier Lighting 
 Chandelier Styles 
 Designer Lamps 
 Floor and Wall Lamps 
 Table and Desk Lamps 
 Lamp Styles 
 Types of Lamps 
 Lamp Shades 
 Halide Lighting 
 Light Bulbs 
 Light Dimmers 
 Christmas Lights 
 Commercial Lighting 
 Emergency Lighting 
 Lighting Supplies 
 Lighting Companies A-G 
 Lighting Companies H-L 
 Lighting Companies M-Z 
 Sources for Lighting 

Return To Lighting Article Archive
 

Search the Article Archives

Halogen Lighting Explained

By John Billington


Incandescent lamps in general produce light by utilizing the energy from electricity to heat and excite a tungsten filament, releasing photons, which are the basic units that make up all forms of light. A filament is a thin wire inside a bulb that gives off light when heat is introduced. When an incandescent light is turned on, tungsten evaporates from the filament and becomes affixed to the inside surface of the bulb wall. When there is no longer enough tungsten in the filament to conduct electricity, the filament gradually becomes more delicate and breaks, which is indicated by the bulb burning out.

Unlike standard incandescent light bulbs, halogen lamps contain a halogen gas, often iodine, within them. The shells of the bulbs are most often composed of quartz or a heat resistant hard glass rather than thin glass because of a high heat requirement for use. The halogen gas serves to return evaporated tungsten to the filament, instead of allowing it to permanently deposit itself onto the inside wall of the bulb. Fewer deposits inside the bulb result in a cleaner wall for light to penetrate, thus improving the luminance. Additionally, the process which allows tungsten to return to the filament increases the time it takes for the filament to break down, thus giving halogen bulbs a longer life than standard incandescent light bulbs. Like standard bulbs, halogen bulbs do burn out, but provide a longer useful life due to the slower dissipation of tungsten.

Halogen lights are popular for use in homes as well as industrial applications such as stadiums and medical facilities. Dimming capabilities make halogen light bulbs an attractive and versatile option for homes, but high heat can pose a hazard in certain situations.

Just as halogen lighting evolved from standard incandescent light bulbs for extended life and reduced energy consumption, viable alternative lighting solutions continue to be developed for the lighting industry. Fluorescent lights, which provide long life and low energy consumption, are widely available but require a higher initial investment than incandescent bulbs. Researching the positive and negative aspects of different lighting options will enable you to make an informed and appropriate lighting choice for your application.

About the Author: John Billington is the president and CEO of Five Rivers Inc., a leading online provider of home lighting, bathroom lighting and decor. For more information, please visit www.fiverivers.com.


About the Author:

About the Author: John Billington is the president and CEO of Five Rivers Inc., a leading online provider of home lighting, bathroom lighting and decor. For more information, please visit www.fiverivers.com.




clear

Get your Lighting questions answered... Subscribe to our
Lighting
Newsletter FREE!

Your First Name:

Your Email Address:



Enter above security code






Lighting Partner Sites
Copyright © LightingTip.com, 2009. All rights reserved.
Contact Us | Privacy Policy | Terms of Use