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FMW infrared lamps are made out of a helically wound tungsten filament wrapped in a quartz envelope. Tungsten, as a resistive element, can generate temperatures over 2750°C. It has 1 second response time which is very rapid and emits more than 90% IR energy. Furthermore, It is devoid of by-products and contamination. Because of the tiny and thin diameter of the IR tubes, heat focus is extremely precise. Fast medium wave infrared heaters have a wide range of industrial uses.
Quartz glass fast medium wave IR heating tube lamps with increased medium wave output (2-4micron). With a maximum power output of 120 kW/m2 and lengths of up to 4 meters, response times are as rapid as short waves.
Glass tube | Filament material | Filament temperature | Response time | Peak wavelength | Cross section(mm) | Max surface power | Available length |
99.9% pure fused silica quartz sealed | tungsten | 1500-1800°C | 1 second | 1.4-1.6um | 10, 11, 12, 13, 14, 15, 18, 20, 23*11, 33*15 | 150w/cm | 45-4000mm |
Applications:
Semiconductor Industries Application - Wafer Heating
Stretch blow molding machines with PET perform heating
Curing of powder coating
Rubber coating drying & Resins Hardening
Fabric Water-Repellent Coating Drying
End polymerization in adhesives
Pasteurization / Sterilization of Food
Humidity Control in the Paper Industry
Textile Embossing and Laminating
Industrial Drying, such as Paint, Varnishes, and Dyeing
Printing - The drying of printing ink in screen and offset machines.
Welding of plastics
Advantages:
Short heating times with maximum efficiency
High operational dependability
Optimum customization options and controllability
Long average life expectancy
With reflector for directed heat radiation
Immediately full heat output
Space-saving, easy-to-maintain installation
Outstanding dependability and Low operating costs
We also provide clips for lamp installing
FMW infrared lamps are made out of a helically wound tungsten filament wrapped in a quartz envelope. Tungsten, as a resistive element, can generate temperatures over 2750°C. It has 1 second response time which is very rapid and emits more than 90% IR energy. Furthermore, It is devoid of by-products and contamination. Because of the tiny and thin diameter of the IR tubes, heat focus is extremely precise. Fast medium wave infrared heaters have a wide range of industrial uses.
Quartz glass fast medium wave IR heating tube lamps with increased medium wave output (2-4micron). With a maximum power output of 120 kW/m2 and lengths of up to 4 meters, response times are as rapid as short waves.
Glass tube | Filament material | Filament temperature | Response time | Peak wavelength | Cross section(mm) | Max surface power | Available length |
99.9% pure fused silica quartz sealed | tungsten | 1500-1800°C | 1 second | 1.4-1.6um | 10, 11, 12, 13, 14, 15, 18, 20, 23*11, 33*15 | 150w/cm | 45-4000mm |
Applications:
Semiconductor Industries Application - Wafer Heating
Stretch blow molding machines with PET perform heating
Curing of powder coating
Rubber coating drying & Resins Hardening
Fabric Water-Repellent Coating Drying
End polymerization in adhesives
Pasteurization / Sterilization of Food
Humidity Control in the Paper Industry
Textile Embossing and Laminating
Industrial Drying, such as Paint, Varnishes, and Dyeing
Printing - The drying of printing ink in screen and offset machines.
Welding of plastics
Advantages:
Short heating times with maximum efficiency
High operational dependability
Optimum customization options and controllability
Long average life expectancy
With reflector for directed heat radiation
Immediately full heat output
Space-saving, easy-to-maintain installation
Outstanding dependability and Low operating costs
We also provide clips for lamp installing