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460V 1980W Infrared Twin Tube Quartz Heater Lamp For Industry Heating Application
Category:
Twin Emitter Infrared Lamp
Gold Reflector Infrared Lamp Emitter
|
Product name |
Twin Tube Quartz Infrared Heater lamp |
|
Model number |
EDIRTB46-19.8-460 |
|
Voltage |
460V |
|
Wattage |
1980W |
|
Total length |
460mm |
|
Heating filament |
Tungsten |
|
Quartz tube |
23×11mm Twin Tube |
|
Burning position |
Horizontal |
|
Reflector |
Gold |
|
Application |
Industry Coating Drying For Metal, Wood Furniture, Textiles and Leather |
|
Manufacturer |
Nanjing E-DEN Lighting Technology Ltd. |
|
Twin Tube Short Wave Infrared Heating Lamp / IR Quartz Emitter |
||
| Peak wavelength |
1.0-1.4μm |
|
| Response time |
1 second |
|
| Heating Filament |
TungstenAlloy |
|
| Filament working temperature |
1800-2200℃ |
|
| Max. surface power density |
360kw/m2 |
|
| Average working life(normal using conditions) |
＞5000 hours |
|
| Quartz Cross Section |
23×11mm |
33×15mm |
| Max. Length |
4.5m |
6.0m |
| Reflector |
Ceramic or Gold |
Ceramic or Gold |
| Burning position |
Horizontal or Vertical |
Horizontal or Vertical |
Applications of Infrared Heating Drying in Various Industries
Packaging Film：DryingInfrared heating precisely dries coatings, preventing film deformation caused by hot air.Drying speed is increased by three times.
Fruits and Vegetables Dehydration：Retains heat-sensitive components such as Vitamin C (loss rate <5%, compared to >15% with traditional hot air drying).
Surface Sterilization：Short-term high-temperature treatment effectively inactivates pathogens like Salmonella while preventing excessive heating of food.
Sterilization of Instrument Packaging：Non-contact heating prevents secondary contamination, achieving a sterilization efficiency of 99.9%.
Tablet Drying：Ensures uniform heating, preventing tablet cracking and maintaining moisture content within ±0.5%.
Moisture Prevention for Electronic Components：Effectively dries circuit board packaging films, reducing humidity below 100 ppm to prevent oxidation.
Automobile Coating：Infrared preheating of paint shortens curing time to one-third of traditional processes and reduces orange peel defects.
Infrared Drying in Leather Processing
Infrared drying offers the following advantages in leather processing:
Rapid Drying
Infrared radiation partially penetrates the leather, creating a temperature gradient between the surface and the interior.This accelerates moisture diffusion from the inside out, significantly shortening drying time.
Uniform Heating
Both the surface and interior of the leather absorb infrared radiation, ensuring even drying.
This improves leather color consistency, enhances physical properties, and boosts final product quality.
High Energy Efficiency
Compared to traditional steam or hot air drying, infrared drying equipment is simpler in structure and consumes less energy.Energy savings can exceed 50%, while the compact design allows for easy operation.
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