What Materials Are Used To Make Infrared Heating Panels?

infrared heating panels

Infrared heaters, also known as infrared heating panels, heat homes, workplaces, service rooms, and factories. Despite the advancement of these technologies, we’re still waiting for the day when we use heaters that can accomplish everything. That’s why understanding the different kinds of infrared heating panels and the materials they’re made of is the only way to make informed decisions for the best ways to use them.

The following are materials used to make infrared heating panels to help you understand how they work.

Quartz

General Electric invented quartz heaters in the 1950s. They generate medium to short infrared waves and create intense heat exceeding 1,5000C— rapidly warming the spaces around them.

The quartz encasing in quartz infrared heating panels protects the tungsten heating coils, sustaining greater temperatures than glass. It contains a highly pressured inert gas holding gaseous bromine, halogens, or iodine, which replenishes tungsten atoms inside the filament and extends the heating element’s service life.

Quartz infrared heating panels are primarily used as patio warmers and in various industrial operations, including drying, sterilizing, and thawing frozen items.

Ceramic

Ceramic infrared heating panels are made of ceramic material and contain a built-in heating element embedded in the substance. They operate between 150 to 4000 C and produce medium to long infrared radiation with wavelengths ranging from 2 to 10 microns.

The ceramic casting is available in various shapes: a flat-shaped cast distributes infrared heat across a larger area, while a concave-shaped model concentrates infrared heat in a single location.

Ceramic components are ideally suited to procedures that need consistent, mild heat and zone control. Thermal processing, including paint drying, setting, printing, and curing, are examples of industrial operations where ceramic heaters are employed. Moreover, ceramic infrared heating panels are commonly used in the food processing industry and medical institutions.

Carbon

The heating components of infrared carbon panels are built of woven carbon fibers in quartz. Like quartz heaters, they are likewise loaded with halogen gas. They produce medium wavelength infrared and run at roughly 1,200 degrees celsius. On top of that, carbon fibers emit less intense light and provide a milder heat than tungsten. They also have a lengthy lifespan.

There are several applications for carbon infrared heating panels, such as public halls and café terrace areas that are harder to heat, and enclosed outdoor spaces such as patios and balconies.

On The Lookout For The “Best” Heating System

Like other green technologies, infrared heating panels are undergoing extensive research and development to develop more effective and sustainable home and industrial heating methods. For a long time, several reliable studies have posited that infrared is the game-changer of heat generation, so all of our houses, apartments, workplaces and even industrial floors should be transitioning to this low-cost solution. Such a proposition is possibly supported closely with existing solar panel systems that minimize carbon footprints and drastically cut the costs we pay.

Ecois.co.uk is your go-to place for whatever home and industrial infrared heating panels you’re looking for. As the industry’s leading producer of high-quality infrared heating panels, we ensure that you’ll have the best in both performance and comfort settings for your homes, industrial and commercial businesses.

Author: Sarah Sadie