Ceramic Or Carbon Infrared Heaters

An infrared heater or heat lamp is a body with a higher temperature which transfers energy to a body with a lower temperature through electromagnetic radiation.

Ceramic or carbon infrared heaters.

The ceramic heaters were getting too hot to sustain this frequency therefore users were not receiving the deeper sweat and toxin release associated with the far infrared wavelength. Carbon infrared heater is a viable choice for those who are seeking to improve health benefits by stimulating cell generation and detoxification. The carbon heaters have an average usage life of around 50 000 100 000 hours depending on carbon fiber or pure carbon filters. The three main types of infrared heaters are.

Many infrared saunas use. Our r d department has ended that debate by introducing the. High end ceramic heaters combined with carbon fiber heaters is a technique used to provide all the health benefits and muscle relaxation expected of the best infrared saunas. In 2001 sunlighten introduced the world s first carbon heaters solocarbon.

Ceramic heaters are powerful and emit a lot of infrared heat but the wavelength tended to be shorter thus less therapeutic. The low risk and even frequency of the light waves from carbon heaters can give you that. Carbon ceramic and carbon ceramic combos. Carbon fiber heaters are composed of thin carbon plates and have an even heat distribution area thereby eliminating hot spots that are typically experienced with ceramic heaters lower surface temperature.

Ceramic compounds are quite pliable which means they can be molded into many different states and shapes including pottery or bricks for buildings. Carbon heaters are large flat panels varying in size from 900mm by 100mm up to 1000mm by 600mm. Using carbon and high end ceramic together. With infrafed heaters you don t have to wait to warm up with you step in from the cold like with.

Traditional ceramic has a shelf life of around 5 000 hours before it becomes brittle from high heat. Depending on the temperature of the emitting body the wavelength of the peak of the infrared radiation ranges from 780 nm to 1 mm. Infrared heaters work instantly. Carbon heaters produce high quality long wave infrared heat but the problem is they do not produce a lot of infrared heat in our testing they seemed weak.

When ceramic compounds are heated their electrons start to move quickly generating intense heat. Eventually old ceramic can crack or even shatter. These panels have a coating of minute carbon particles which is how the infrared heat is created. These panels have a much larger surface area than the ceramic heaters so cover more of the cabin.

Since it is a newer technology carbon heater is also more energy efficient than traditional ceramic. No contact or medium between the two bodies is needed for the energy transfer.