INDUSTRIAL AND COMMERCIAL INFRARED SYSTEMS DESIGNED FOR YOUR APPLICATION
EUROLINA ceramic infrared heating emitters are the functional elements of the infrared ceramic heaters, saunas, IR heating panels, heating tunnel ovens, and other infrared heating systems. Made of high-alumina fireclay with 65-72% aluminum oxide, they demonstrate exceptional performance and suit commercial and industrial use.
ICH 100/200 series ceramic infrared emitters are refractory ceramics coated with a protective glaze with high thermal shock resistance. Made of high-quality Iron-chromium alloy (Fe-Cr-Al, superfechral GS SY), spiral heating wire significantly outperforms the electric heaters using Fechral and Nichrome alloys.
EUROLINA manufactures and uses infrared ceramic heating elements during the production of infrared heating tunnels and panels, heating chambers, and commercial / consumer heaters.
EUROLINIA can produce custom ceramic heating elements to fit your particular application.
Ceramic infrared heat emitter has a wide range of industrial and commercial applications where an efficient, non-contact heat source is needed. More durable than quartz, though ceramic far-infrared emitters come in various colors, dimensions, curved shapes.
Often used for thermoforming, cooking, curing, packaging - ceramic heating element is an excellent choice for paint or clay drying, removing the moisture.
Ceramic IR emitters have a protective splash-proof and non-corrosive glazed coating making them easy to clean and use for food handling, medical facilities, and antiseptic use.
Ceramic infrared heating elements are also used very effectively in infrared outdoor patio heaters and infrared saunas.
Ceramic infrared emitters are made of a heat-resistant high-quality ceramics body, which has a heating coil built inside. The surface of the heater is covered with a protective ceramic glaze, which serves as an additional protective barrier against moisture and corrosion.
Ceramic IR heaters produce uniform and deep heating of the objects, and are designed for long-term heat treatments. By emitting infrared waves, the heating element delivers the heating energy to the target objects without having to heat the surrounding space. This type of heaters does not dry air, and do not burn out oxygen.
Generally speaking, all infrared heaters are completly safe for humans. Because they directly heat the objects in space, they don't need to warm up the air. Therefore, these type of heaters don't dry out the air, don't burn the oxygen in that space. Additionally, unlike the convectional heaters that use fans to distribute the warmth, they don't move the heated air with tons of dust particles in it.
Infrared heaters do not cause cancer. Even though their heating work like sun, there's no UV radiation. Therefore, no sunburns or skin tanning, and more importantly - no cancer is possible.
Ceramic infrared emitters are also considered the safe, because they do not overheat and are not affected by voltage surges. All modern heaters have automatic shut-off switches in case of a fall over or overheating. You can safely leave the infrared heaters on overnight.
There are only few dangerous points about the infrared heaters, and those are the same with all other types of heaters:
Curved (trough or concaved) ceramic infrared emitters are designed to diffuse the emitted infrared rays. Emitters with curved surface can be used in various areas of production and household, where heating with a larger space is required. Concaved emitters are often installed in heaters, infrared panels, tunnel ovens, infrared dryers, infrared saunas, and equipped with thermal bridges.
Flat ceramic infrared emitters supply the heating energy strictly perpendicular to the surfaces. IR panels with a flat emitter surface are often used in thermoforming equipment, vacuum forming machines, soldering stations, etc.
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