Products
ELECTRIC INFRARED RADIATOR( German make)
Medium Wave Infrared Radiators
Important in the design of infrared emitters for industrial, rapid drying is the matching to the absorption of the material of the infrared emission characteristics of the emitter.The infrared absorption characteristics of the material must therefore be known in advance. In practice many materials to be tried or heated have a maximum absorption for infrared between 2.0 and 3.6 micron. For most industrial applications our medium-wave infrared emitters are recommended. The quartz glass envelope transmits the infrared radiation up to a wave length of 4 microns and protects the filamentsThe actual infrared sources from convective cooling, thus making possible high heating efficiencies.
Advantages
High power densities (Kw / m2)
High heating efficiency due to low convection losses
Low filament mass, hence rapid switching possible
Twin tubes enable a higher mechanical strength
Single side or two-side connection possibility
Pure-gold reverse side refection giving uni-direction radiation
Available in lengths up to 4000-mm. With max power
We design our emitters as per your length to suit your requirement
Highly thermal shock–resistant due to low expansion of quartz glass
Co-relation of wave length & filament temperature with Emitter power output
Type |
Emitter temp. |
Wave length range |
Power distribution (relative values) of twin-tube IR emitters |
Short wave |
18oo to 2400c |
0.6 to 1.6um |
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Medium wave and quick medium wave IR |
800 to 950c |
1.8 to 3.5um |
With gold reflector |
Long wave |
300 to 400c |
3.5 to 6.0um |
Without gold reflactor |
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Power distribution (relative values) of twin-tube IR emitters |
Co-relation of wave length & filament temperature with Emitter power out put |
Paper and Textile Industries |
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Solar Soldering equipment |
Infra red oven for Al profiles |
Paint baking/powder curing Infrared oven |