What is medium wave infrared?
Medium-wave infrared (MWIR) is a subdivision of the IR band of the electromagnetic spectrum, which captures infrared energy in the 3 to 5 micrometer medium-wave infrared (LWIR) spectrum.
Does infrared heating really work?
Infrared heaters are more energy-efficient than other space heaters. They use 100 percent of the heat they produce, which creates almost no loss in heat transfer to zone heat at a low cost. They are also considerably safer than other types of space heaters since the heating coils do not become ultra hot.
What is infrared heating technology?
Redheat is an alternative to conventional boiler systems that uses infrared waves to heat a space, rather than the combustion of natural gas. Infrared heating is an emerging technology and relatively new to the market.
Are there different types of infrared heaters?
Infrared heating is generally split into three categories – Short Wave, Medium Wave and Long Wave. Infrared waves are part of the natural light spectrum from the sun, without skin-damaging ultraviolet radiation.
What is long wave infrared?
“Long wave infrared (LWIR) is a remote sensing technique that is also referred to as thermal imaging. There are two types of long wave heat sensors used to collect geothermal data. Typical imaging devices used to collect data in these wavelengths are Forward Looking Infrared (FLIR) cameras.
What’s the difference between infrared and radiant heat?
The word “radiant” indicates that the heat is generated with radiation, whereas “infrared” just specifies which kind of radiation is used. You could say “radiant heater” is a broader term, but in practical applications infrared is the only kind of radiation you use to heat your home.
What are the advantages of medium wave infrared heaters?
The use of medium wave infrared heaters helps in the effective drying of paints and lacquers and in the economical processing of plastic foils and sheet. Because of their long life, these heaters are best suited for continuous process. Surface films and very thin materials are heated up extremely efficiently.
What is the wavelength of infrared heating?
The useful infrared region for industrial process heating ranges from 1.17 to 5.4 microns (4000°F – 500°F). The wavelength is inversely proportional to temperature. As the temperature goes up, the wavelength goes down. First used back in the 1930’s for automotive paint curing applications
What is short wave electric infrared heating?
Short wave electric infrared heating elements employ a high intensity tungsten filament to transfer heat to the part. This heating element is sometimes referred to as a halogen lamp heating element due to the halogen cycle. This heating technology has several features and related benefits:
What is the temperature of a tungsten infrared heater?
Quartz tungsten infrared heaters emit medium wave energy reaching operating temperatures of up to 1500 °C (medium wave) and 2600 °C (short wave). They reach operating temperature within seconds. Peak wavelength emissions of approximately 1.6 μm (medium wave infrared) and 1 μm (short wave infrared).