Tungsten Filament Ruby Infrared Emitters without glare

Low glare stabilization, constant color throughout life, choice of R7s and SK15 ceramic end base

Ruby infrared lamps are made up of ruby quartz tube and tungsten filament, it is vacuum lamp, they are available as slim or jacketed types.

Quickly infrared ruby lamps comprise finely coiled tungsten filament surrounded directly by a 10mm diameter Ruby quartz tube. With no coating on the surface of the glass tube, this lamp brings you no peeling trouble to realize unchangeable low glare over a lifetime. They are ideal for industrial heating, as well as animal husbandry and paint drying. 

Each infrared lamp bead can be controlled by the single-chip microcomputer to control its power output, so that the temperature of each area is close to same, and the temperature error can be ±1 °C, which greatly improves the quality of the product.

Carbon infrared heaters have heating elements made from woven carbon fibers which are housed in quartz. They operate at around 1,200C and emit medium wave length radiation,it dries water-based coatings more efficiently than short-wave infrared radiators.

Fast medium wave infrared heaters can design twin tube IR emitters with different filament configurations such as single side connection cable and two sides connection cable, one heating channel and two heating channels. The Max. length is up to 4.0 meters and all the fast medium wave IR heat lamps can be fixed white ceramic or gold reflector directly on the quartz tube.

Medium Wave Emitters generally consist of a resistance winding enclosed in an un-evacuated quartz tube. Medium wave is generally characterized by the presence of orange or red light. Each of these wave lengths and elements have there own particular advantages and disadvantages when solving a particular heating application

Infrared heaters are matched to different requirements by the correct selection of wavelength. Short wave heaters offer excellent depth of penetration while medium wave heaters rapidly heat the surface and thin layers and feature very high absorption by water films.The better the emitted wavelength fits the absorption spectrum of the material to be heated, the more efficient the process.