HALOGEN IR ELEMENTS
Infrared heating lamps, short wave
DESCRIPTION
Halogen infra-red elements have tungsten coil filament supported by quartz tube and protected by halogen gas. These IR lamps can reach up to 2500°C. Quartz tungsten infra-red elements have tungsten coil (or porcupine or star) filament supported by quartz tube and can reach up to 1500°C. These elements provide instant heat-up for fast moving or intensive industrial processes such as plastic industry. These elements produce a constant level of infrared irradiation trough the lamp lifetime. Their benefits for industrial purposes include fast heat transfer, high efficiency, direct response to power control and light weight.
APPLICATIONS
- PET bottle blowing and laminating
- Softening of plastics
- Curing for glue and printing ink
- Car painting, preheating before painting
- High temperature sterilisation
- Food baking and heating preservation
- Industrial production oven
- Drying of paper, wood, laquer, etc.
- Synthesis cable production
- Beauty apparatus
Technical data
Type of heating | Infrared radiation - short wave |
Material | Quartz glass with halogen |
Dimension | Standard range or acc. to customer specification Single tube diameter: Ø10mm Tube length: 200, 250, 300, 350, 400, 450, 500, 550, 600, 650, 700, 750, 800mm |
Assembly | Free standing in the air Lamps with square terminal end: Mounting using a R7s ceramic holder |
Connection | SK15 - square ceramic terminal end with 200mm heat resistant wire R7s - round ceramic terminal end |
Design | Filament winding style: Outer tube structure: Single tube or twin tube Connection at one or two ends Surface of quartz tube: |
Others | Wave length: 0.75-2.00 μm Accessories: Reflector type RAS, R7s ceramic holder, Steel base holder for SK15 square ceramic |
Benefits
- Resistance to high temperatures
- Resistance to sudden heating and cooling
- High efficiency and energy saving
- Compactness and light weight
- Fast heat transfer, short reaction time
- Direct response to power control
- Heating penetration deep under surface
- Can be used in vacuum and air flow environments