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Twin Tube Medium Wave Infrared Heater

Supplier : Kerone

Key Features of Twin Tube Medium Wave Infrared Heater
  • Made using 8-shaped, high-purity clear quartz twin tube whereas each tube has Ni-chrome heating coils that run in U shape in the tube which is filled with halogen gas
  • The heating and cooling time is one second approximately
  • They are available with gold reflectors and also without reflectors
  • The outer rear side of the reflector tube is gold coated
  • Power saving by preventing heat loss from the rear end by the reflector
  • Prevention of heat loss makes the surrounding work area cooler
  • Enhanced efficiency and directionality of the heater
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Product Profile of Twin Tube Medium Wave Infrared Heater
Twin Tube Medium Wave Infrared Heater is made using 8-shaped, high-purity clear quartz twin tube whereas each tube has Ni-chrome heating coils that run in U shape in the tube, which is filled with halogen gas. Medium Wave Infrared Heater is available in standard cross section sizes of 11X23 mm and 15X32 mm. Medium Wave Infrared Heater can acquire a power density of 150 KW / m². Twin Tube Medium Wave Infrared Heater can be availed with gold reflectors as well as without reflectors to cater to specific requirement.

Kerone is the manufacturer of Twin Tube Medium Wave Infrared Heater. Kerone offers wide range of Industrial Heaters, infrared heating equipments, infrared heaters, radio frequency heating systems, microwave heating systems, AC Drives, gas infrared heating system, PLC and automation panel, infrared paper coating and drying system and radio frequency dryer for various industrial applications. Kerone is an ISO 9001:2008 certified company.

Key specifications of Twin Tube Medium Wave Infrared Heater:
  • Available in standard cross section sizes of 11X23 mm and 15X32 mm
  • The maximum length available is 2000 mm
  • It can acquire a power density of 150 KW / m².


  • Key Features of Twin Tube Medium Wave Infrared Heater
    • Made using 8-shaped, high-purity clear quartz twin tube whereas each tube has Ni-chrome heating coils that run in U shape in the tube which is filled with halogen gas
    • The heating and cooling time is one second approximately
    • They are available with gold reflectors and also without reflectors
    • The outer rear side of the reflector tube is gold coated
    • Power saving by preventing heat loss from the rear end by the reflector
    • Prevention of heat loss makes the surrounding work area cooler
    • Enhanced efficiency and directionality of the heater
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