8 Best Infrared Heaters | March 2017
- does not dry out the air
- led remote control
- safe for use in kids' rooms
- remote control included
- ul certified for safety
- easy to clean lifetime filter
- easy to use control panel
- precise digital themostat
- realistic dancing flames
|Brand||Smart for Life|
- use with or without heat
- strong metal body with wooden handle
- realistic ember bed
- etl listed with tip-over protection
- oscillation can be toggled
- built-in am fm radio
|Brand||Dr Infrared Heater|
Efficiency Of Infrared Technology
Using a traditional central heating system can dramatically increase your energy bill on a monthly basis. Instead of using this type of system to warm the air in your house, there are more cost-effective alternatives to keep you comfortable. An infrared heater can accomplish many of the same goals as a central heating system without costing you an arm and a leg during the winter.
If you've ever touched something that has been warmed by sunlight, then you have experienced infrared heat in at least some form. Light rays from the sun contain a combination of electromagnetic waves that include both infrared and ultraviolet designations as the part of the electromagnetic spectrum. These types of rays can travel through outer space and the atmosphere without the need for air to carry them. When sun rays reach an object, they will heat it from the inside without heating the air around it. The infrared heater operates on the same principle by directly heating objects in a room without having to use the air around them.
Infrared heaters are classified by the types of wavelengths they emit. Although there are several different types of infrared heaters, the majority of domestic units operate in the far infrared spectrum (also known as long wave infrared radiation) due to its high water content and equally high absorption rate into both human and animal skin. Far infrared has become common for use in infrared saunas and is synonymous with comfort heating, as these types of heaters operate at a low temperature when compared to other wavelengths. They also use low-watt density ceramic emitters that produce long wave infrared radiation, making them ideal for use with space heaters in individual rooms.
While the majority of consumer devices are powered by electricity, some heaters can also be powered by natural gas or propane for industrial purposes. Some heaters direct both their infrared lights and heat sources directly into a room to act upon an object with which they come into contact. Other heaters have several parts working together to create their heat source, including an infrared light bulb, a heat exchanger (such as a highly-conductive metal like copper), and an integrated fan designed to blow air onto the exchanger, which ultimately generates the heat source.
Besides their energy efficiency, infrared heaters offer additional health benefits to the home consumer. Many are equipped with internal filters designed to help remove dust, allergens, mold, and other harmful particles from the air, giving your rooms a fresh and inviting odor while also boosting the immune system. Because these heaters don't actually agitate the air around them in the same way that traditional convection heating systems do, fewer harmful particles are circulated throughout a room.
This is not to say that convection heating systems or the use of fireplaces are always bad, but the distinction is worth being aware of when thinking about a heating solution on a smaller scale for a single room as opposed to an entire house. One can also remain confident that their infrared heater minimizes the production of harmful emissions such as carbon dioxide. Finally, the infrared heater is extremely portable, meaning that you can move it to different rooms so long as there is an available power outlet.
Do More Than Just Heat
The cool thing about infrared heaters is that they are capable of doing more than just heating a room. Since many are designed for use in single rooms, they are manufactured with additional conveniences that can make spending time in the room more enjoyable. For example, if you're purchasing an infrared heater for a living room, you can often find one with a built-in radio and speakers equipped with auxiliary cables that make it compatible for use with iPhones or MP3 players.
One should be certain that the heater they choose has an easy-to-read thermostat display with available buttons for adjusting the temperature.
As many of these units are built for mobility, the unit chosen should be durable with reliable caster wheels on its base for quickly moving it into different rooms across hard floors and carpeting.
With respect to style, this really comes down to personal preference. Many infrared heaters are available in a variety of colors, themes, and wood finishes (e.g. oak and walnut), so you'll have a variety of options for matching the decor of the room. If you like that fireplace theme, some infrared heaters are even designed to resemble one with realistic flame effects that can be displayed with or without heat.
Finally, if the room is a bit larger, finding a heater with a convenient remote control will allow you to adjust the unit's settings without having to walk over to it every time.
A Brief History Of Infrared Heaters
The concept of using infrared heat for spiritual, mental, and physical healing has been around for centuries due to the body naturally producing this heat source. For example, palm heating was used as an element of ancient Chinese medicine over three thousand years ago.
German-British astronomer Sir William Herschel is credited with the practical discovery of infrared heat in the year 1800, thanks to his development of the spectrometer for measuring the magnitude of radiant power at different wavelengths. The spectrometer was composed of three pieces, including a prism designed to catch sunlight and distribute its different colors onto a table, a single piece of cardboard with a slit wide enough for a single color to pass through it, and three mercury thermometers. Herschel discovered that red light displayed the greatest degree of temperature change within the color spectrum.
The practical use of infrared heat didn't become common until World War Two when it was used for drying paint and heating factory metals. With the development of more energy-efficient technologies at the end of the twentieth and beginning of the twenty-first centuries, additional effort has been directed toward far infrared technology, which produces a lower level of warmth than its older, near infrared counterparts.