Understanding Infrared Heater Operation

Infrared heaters create heat through electrical resistance in the heating element, which is then transferred to the radiating surface, typically an emitting plate, via conduction. The quality and efficiency of the emitted infrared radiation depend on the radiating ability of the emitting plate (emissivity), the quality of the heating element, and the overall design of the heater.

Carbon Heating Elements

While manufacturers using carbon heating elements may claim to offer low energy infrared heating, they do not necessarily generate superior infrared radiation. Concerns about the longevity of carbon elements may arise as carbon breaks down over time, leading to frequent replacements. The design and materials of the emitting plate also play a crucial role in the quality and efficiency of the infrared radiation emitted.

Maximising Quality and Efficiency

Stainless steel or nickel chromium elements are known for their durability and longevity, which can result in a consistent and reliable heat output over time. The overall engineering and design of the heater also influence the effectiveness of the infrared radiation produced.

In conclusion, while "nano" carbon heating elements may be claimed to be the best thing since sliced bread, they do not guarantee superior infrared radiation. The quality and efficiency of infrared radiation depend on several factors, including heater design, the quality of the emitting plate, and the type of heating element. It is essential to consider these factors, rather than relying solely on smoke and mirror marketing claims, when evaluating the performance of an infrared heater.