Infrared Tube Heaters Various types of heaters like Cartridge Heaters (Low watt & High watt density of various sizes), Ceramic Infrared Heaters (Elstein brand- Germany) and Short-wave infrared heaters. more...
Tubular (sealed element) is a fine coil of Nickel chrome wire in an insulating binder (MgO, alumina powder), sealed inside a tube made of stainless steel or brass. These can be a straight rods (as in toaster ovens) or curved to fit in a smaller space (such as in electric stoves, more...
Our Twin Tube MW IR Heater is made up of 8-shape high-purity clear quartz twin tube, with each tube having Ni-Chrome heating coil that runs in U Shape in the tube. The outer rear side of the tube of the reflector has the gold coating.more...
Gold plating is done on quartz tube over 180°. These heaters reflect the radiant energy through the opening area only, improving element efficiency by as much as 20% compare to without gold plating heater. Energy cost savings are realized. Reflectors are often not needed. Surroumore...
The unique twin tube design offers high radiation power and very good mechanical stability allowing emitters of lengths up to 3.5 meters. Emitters are available in Short Wove, Medium Wave, or Long Wave versions. That gives you the possibility to select the optimum wavelength for more...
QUARTZ GLASS The quartz glass is very pure and provides good transmission and temperature resistance TWIN TUBE The unique twin tube design offers high radiation power and very good mechanical stability allowing emitters of lengths up to 3.5 meters. Emitters are available in Shortmore...
SHORT WAVE IR HEATER is made by housing tungsten wire in high purity of quartz tube which is filled with halogen gases to avoid filament oxidation when working. The temperature of quartz infrared lamps is around 2400 to 2500°K. The IR wavelength of the Radiation emission is betwmore...
We offer Twin tube infrared lamps made of high quality quartz glass. The unique design enables high radiation power as well as excellent mechanical stability. These are available with Gold reflector coating for high thermal efficiency. The advantage of twin tube lamp is that it amore...
Twin Tube MW IR Heater is made up of 8-shape high-purity clear quartz twin tube, with each tube having Ni-Chrome heating coil that runs in U Shape in the tube. Heating up and cooling down time in approximately 50 secs. Available with gold reflector and without reflector.The outermore...
Our Twin Tube MW IR Heater is made up of 8-shape high-purity clear quartz twin tube, with each tube having Ni-Chrome heating coil that runs in U Shape in the tube.Heating up and cooling down time is approximately 50 secs. more...
Medium Wave Infrared (Quartz) Heaters consist of a helically wound resistance coil housed in a pure vitreous silica fused quartz tube. The Quartz tubing is terminated with specially designed insulating caps, which are securely fastened to the quartz tube with high temperature cemmore...
Litex is already supplying Twin Tube IR lamps from so many years in various types as per the need of customer. These types of Twin Tube lamps are A, B, C, ...etc. more...
Operating temperature 900 °C Using Ni-Cr or Fe-Cr-A1 resistance wire as filaments Response time around 1 minute IR wavelength between 2-4 μ Average working life up to 30000 hours Gold or ceramic coating at rear side as a reflectors Max. Overall length up to 4mmore...
IR wavelength between short wave and medium wave Response time around 1 ~2 seconds Average working life 7000 hours Gold or ceramic coating at rear side as a reflectors Dimensions 15x33mm Max. overall length up to 4M Vertical and horizontal emitters are available more...
Our Twin Tube MW IR Heater is made up of 8-shape high-purity clear quartz twin tube, with each tube having Ni-Chrome heating coil that runs in U Shape in the tube. Features Heating up and cooling down time is approximately 50 secs. Available with gold reflector and without reflecmore...
We would like to introduce ourselves as a leading supplier for Short Wave Infrared Lamps. These IR Lamps are available in different sizes and specifications as per the catalogue enclosed. The same can be supplied along with the module i.e with the mounting assembly if required .Imore...
Twin Tube Medium Wave Infrared Heater which are the efficient sources of radiant energy. These heaters have heat up time of 50 seconds and cool down time of less that 15 seconds. The heaters are designed to offer excellent life characteristics even if operated. Continuously or inmore...
Gold plating is done on quartz tube over 180°. These heaters reflect the radiant energy through the opening area only, improving element efficiency by as much as 20% compare to without gold plating heater. Energy cost savings are realized. Reflectors are often not needed. Surroumore...
QUARTZ GLASS The quartz glass is very pure and provides good transmission and temperature resistance TWIN TUBE The unique twin tube design offers high radiation power and very good mechanical stability allowing emitters of lengths up to 3.5 meters. Emitters are available in Shortmore...
Infrared (IR) is the electromagnetic radiation that has a wave length longer than visible light but shorter than visible light but shorter than microwave radiation. IR wavelengths are between 760nm (0.76µ) and 1m and can be further divided into short wave infrared, medium wave imore...
Our Twin Tube MW IR Heater is made up of 8-shape high-purity clear quartz twin tube, with each tube having Ni-Chrome heating coil that runs in U Shape in the tube. The outer rear side of the tube of the reflector has the gold coating.more...
QUARTZ GLASS The quartz glass is very pure and provides good transmission and temperature resistance TWIN TUBE The unique twin tube design offers high radiation power and very good mechanical stability allowing emitters of lengths up to 3.5 meters. Emitters are available in Shortmore...
Our Twin Tube MW IR Heater is made up of 8-shape high-purity clear quartz twin tube, with each tube having Ni-Chrome heating coil that runs in U Shape in the tube.Heating up and cooling down time is approximately 50 secs. more...