TOSHIBA LIGHTING & TECHNOLOGY CORPORATION > TLCT > Infrared Emitters > Infrared Emitters Short Wave > Infrared Ruby SLIM Emitters

Toshiba Lighting Components (Thailand) Ltd.

linkAbout UslinkInfrared EmitterslinkAutomotive LampslinkUltraviolet EmitterslinkContact Us

Infrared Ruby SLIM Emitters

TOSHIBA new infrared Ruby SLIM lamps comprise finely coiled tungsten filament surrounded directly by 10mm diameter Ruby quartz tube. Thanks to the narrower diameter (10mm) than that of classical Ruby sleeve (20mm) type, size of your reflector and/or module can be more compactly designed and infrared heat is more efficiently transferred, whilst reducing visible glare (- see Fig 2). As no coating on surface of the glass tube, this lamp brings you no peeling trouble to realize unchangeable low glare over lifetime.

TOSHIBA new infrared Ruby SLIM lamp gives benefits of:

  • Low glare stabilization (No peeling trouble): thanks to the technology without surface coating, low glare can steadily maintain over lifetime. Long life: 5000h on average 
  • High speed: within a second to switch on.
  • High efficiency: more than 85% heat efficiency of full power 
  • High power density: up to 74 W / cm  
  • High controllability: neither ballast nor special circuits are necessary for basic usage.
  • No air draughts: because of radiation (similar to solar energy)
  • Clean and odorless: no risk of contamination over environment or target object to be heated. 
  • Extensive assortment: many types of voltage, wattage, length, base, wire-harnesses and universal burning position are available.
  • Flexible: special lamp designing service on demand is available. 

Application areas

  • Paint drying in body shop
  • Breeding animals
  • Coil coating
  • Outdoor and indoor space heating
  • And various kind of industrial heating processes. 


A separate window will open.PDF : Clicking on a link tagged with any one of these icons will open a new window or tab.

If JavaScript is disabled in your browser, this website or our websites linked from this site may not display or work properly.

to Top