Medium-wave infrared emitters
Medium-wave quartz IR lamps are particularly suitable for heating surfaces and materials of reduced thickness. 
Plastic, water and other specific solvents particularly absorb radiation at this wavelength.
Key Features of medium wave Quartz IR Lamps:
| Diameters in monotube emitters - 10 mm, 12 mm, 13 mm, 16 mm, 18 mm, 26 mm - | ||||||
| Dimensions of the twin tube emitters - 18 x 9 mm, 22 x10 mm, 33 x16 mm - | ||||||
| Range wavelength field 2,2 – 3,2 µm | ||||||
| Maximum Rated Power Density 35 W/cm | ||||||
| Maximum density of power per unit area 60kW/cm2 | ||||||
| Filament ignition times in the range: Between 30 and 70 secons | ||||||
| Standard working position: horizontal; On request transmitters for vertical use can be supplied |
Fast-Medium-wave infrared emitters
Medium-speed quartz lamps are especially suitable for applications requiring fast medium-wave IR radiation and short-wave on / off reaction times.
Key Features of fast-medium wave Quartz IR Lamps:
| Diameters in monotube emitters - 11 mm - | ||||||
| Dimensions of the twin tube emitters - 18 x 8 mm, 23 x11 mm, 34 x15 mm - | ||||||
| Range wavelength field 1,4 – 1,6 µm | ||||||
| Maximum Rated Power Density 50 W/cm | ||||||
| Maximum density of power per unit area 130kW/cm2 | ||||||
| Filament ignition times in the range: Between 1 and 3 secons | ||||||
| Standard working position: horizontal; On request transmitters for vertical use can be supplied |
Short-wave infra-red emitters
The short-wave radiation has a high heating power and is also especially indicated in processes where an almost immediate time on and off of the lamp (low inertia) is required.
The IR intensity of the short wave is between 1.1 and 1.4 μm
The firing time of the filament is between 1 and 2 seconds
Key Features of Shortwave Quartz IR Lamps:
| Diameters in monotube emitters - 13 mm - - 10 mm, 11 mm - | ||||||
| Dimensions of the twin tube emitters: - 18 x 8 mm, 22 x11 mm, 33 x15 mm - | ||||||
| Range wavelength field 1,1 – 1,4 µm | ||||||
| Maximum Rated Power Density 80 W/cm | ||||||
| Maximum density of power per unit area 200kW/cm2 | ||||||
| Filament ignition times in the range: Between 1 and 2 seconds | ||||||
| Standard working position: horizontal; On request transmitters for vertical use can be supplied |
Short-wave I.R. quartz emitters. FQHS Models
This new generation of high performance short-wave IR emitters have proven superior to other models in a long series of applications.
Its main feature is its special construction.
Two halogen quartz tube transmitters mounted on a flat, quartz, rectangular section with a stainless steel reflector, inside. The outer tube is filled with inert gas before being sealed.
All models are to work in a horizontal position, in case of applications that require work in other positions please consult us. The annexed table shows the technical details of models.
Maximum length 2000 mm.
Minimum length 80 mm.
Maximum power 10 W / cm Heated length
| Diameters in monotube emitters - 13 mm - | ||||||
| Dimensions of the twin tube emitters: - 28,5 x 12,5 mm - | ||||||
| Range wavelength field 1,1 – 1,3 µm | ||||||
| Maximum Rated Power Density 100 W/cm | ||||||
| Maximum density of power per unit area: 250kW/cm2 | ||||||
| Filament ignition times in the range: Between 1 and 2 seconds | ||||||
| Standard working position: horizontal; On request transmitters for vertical use can be supplied |
Short-Wave I.R. emitters mounted on protective housing
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Standard Aluminium protective housing |
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| Protective housing in stainless steel, including short wave emitters hihg performance |
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Infrared indoor heaters |  |
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| IP55 infrared outdoor heaters |  |
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| Portable infrared heaters |  |
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| Large paint dryers |
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VLP10, VLP 20 Series |  |
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| VLP 30, VLP 45, VLP 60 series for large areas |
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Regulation & control equipment
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Manual adjustment | |
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Timers | |
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SSR Solid State Relays |
Thyristor |
SSR |
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Control equipment |
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PID temperature control electronic regulators | D.Krieger |
Elstein |
Eliwell |
Brainchild |
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