Electric Infrared Heater

Infrared heaters are machine tools used to heat surrounding areas using infrared radiation.

Different types of electric infrared heaters and their features

An electric infrared heater indoor is equipped with an LED display controller that allows timer and heat adjustments. It is equipped with a 'heat on' and 'heat off' function. This makes the heater a versatile tool for a seasonal heating solution. By choosing the 'heat out' option, users will be able to help circulate stale or stuffy air during the summer to keep their family staying cool and comfortable. A portable electric infrared heater is equipped with overheating protection technology. Thanks to this feature, the heater will be able to be used without users constantly having to worry about the heater overworking and causing a fire. A warm living electric infrared heater is a great machine that every home owner can easily apply to their home. It serves as an easy way to generate enough heat to make the winter bearable and reduce users' electricity costs. Industrial infrared heaters use a gold coating on the quartz tube that reflects the infrared radiation and directs it toward the product. As a result, the infrared radiation that falls on the product is almost doubled. Gold material is used as one of the far-infrared heater technology because of its very high oxidation resistance and IR reflectance of about 95%. Industrial short-wave electric infrared heater 240v uses a low-density ceramic emitter that emits short-wave infrared rays. An infrared heater indoors is a valuable tool for anyone who wants to heat their apartment, home, or office space. It comes in a compact design that can be easily mounted to the wall. Therefore, users will be able to easily incorporate it into their home design without having to compromise on moving around their furniture.

Which element is used in an electric heater?

The most common filament material used for infrared electric heaters is tungsten wire, which is coiled to provide more surface area. A coiled alloy resistance wire emits heat uniformly across the heating surface and the ceramic material acts as a radiation absorbent.