heating
INFRARED QUARTZ
APPLICATIONS
direct heating by absorption or reflection of infrared energy. The principle of operation in the case of infrared heating involves the heat transfer through light waves. Unlike air heating, the infrared heating process actively and efficiently heats only the necessary objects without heating the environment.
BENEFITS:
Immediate heating
Energy savings even in difficult outdoor spaces
High temperature and shock resistant quartz tube
Reaches temperatures of 900 degrees C in just 2 seconds
TECHNICAL SPECIFICATIONS:
Technical specifications of infrared heater where medium:
Tungsten filaments and quartz glass
Ni-CR or Fe-Cr-Al elements
Lifespan: 30,000 hours
Dressed in gold or ceramic reflectors
Wavelength: 2-2.9 µm
Technical specifications fast infrared heater where medium:
Tungsten filaments and quartz glass
Ni-CR or Fe-Cr-Al elements
Lifespan: 30,000 hours
Dressed in gold or ceramic reflectors
Wavelength: 2-2.9 µm
Technical specifications of carbon infrared heater:
Excellent performance in terms of thermal radiation
It works both horizontally and vertically
Better performance than any dryer in the industry
Temperature above 1200oC
Lifespan: 7,000 hours
Single tube or double tube applications
Dressed in gold or ceramic reflectors
Technical specifications shortwave infrared heater:
40-44% more efficient than any competitor
Increased efficiency in open spaces or punctual heating
Color temperature: 2400-2500 ° K
Wavelength: 1.0-1.8 µm
Twin tube reaction time: 1-1.5 seconds
Lifespan: 5,000 hours
Dressed in gold or ceramic reflectors
Details required for order:
Electric power (w), supply voltage (V)
Total length (mm), diameter (mm)
Technical details for fixing components
Power cord length and positioning for output
