Emisores

Ceramic Infrared Emitters. The ceramic heater is an efficient and robust heater that provides medium and long wave infrared radiation. It is used in applications ranging from thermoforming or preheating, to the treatment of foundry black. Almost all materials that have to be dried or heated have the maximum absorption between 3 and 7 microns. The ceramic heater was developed with this idea, and it is the reason why it can be applied to so many diverse cases of the industrial process. The ceramic heater is manufactured using a specialized process, which requires an alloy of an electrical resistive wire, which is fused to the ceramic body. Subsequently, the ceramic body is given a layer of enamel to protect it from humidity. In addition, it protects the heater from corrosive and atmospheric attack. In this way, the ceramic resistors optimize the maximum absorption characteristics, operating at temperatures ranging from 300 °C to 750 °C, producing emission at a wavelength of 3 to 7 microns.

Emisores

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Ceramic Emitters

Ceramic Emitters. The ceramic heater is an efficient and robust heater that provides medium and long wave infrared radiation. It is used in applications ranging from thermoforming or preheating. In this way, ceramic resistors optimize the maximum absorption characteristics, operating at temperatures ranging from 300 °C to 750 °C, producing emission at a wavelength of 3 to 7 microns.

Quartz Emitters

Quartz Emitters. Quartz infrared emitting screens provide thermal heating infrared radiation at a medium wavelength between 1.4 and 8 pm. They are best suited for industrial applications requiring wave heaters. fast reaction medium. The recommended radiation distance is 100 to 200 mm. Screens can be installed on reflectors, projectors or panels to improve their effectiveness. In mobile heater installations, the elements must be installed with, tubes arranged at right angles to the direction of movement.

Toshiba lamp resistance

Advantages and features.

Long life: 5000h on average.

High speed: less than a second to turn it on.

High efficiency: thermal efficiency more than 85% of total power.

High power density: up to 110W/cm.

High controllability: neither ballast nor special circuits are necessary for basic use.

No drafts: because of radiation (such as solar energy) Wide assortment: many types of voltage, power, length, base, cables.

Special: issuer a la carte design service is available.