Description
Ceramic infrared radiators are made of highly flameproof ceramics with ceramic enamel coatings and heating coils from resistance wire inside. Infrared radiators use the electromagnetic radiation phenomena to transfer heat to the objects with lower temperatures. Depending on the heater power, the electromagnetic wave of the heater ranges from 2μm to 10μm length. QP heaters emit electromagnetic radiation with wavelengths ranging from 1,3μm to 3μm. Full emissivity is achieved after 30 seconds. Made of quartz glass tubes with a resistance wire coils inside, the QP heaters are stainless steel sheathed.
Files
Catalogue card
Application
Ceramic infrared heaters are suitable for various applications: plastic,
food, paper and textile industry, medical technology, surface technology
and many others. Their universality is a result of: an excellent corrosion
resistance, resistance to aggressive environments, sanitary properties
(features essential for medical technology and food industry), possibility
of operation control (use of thermocouple), low temperature inertia.
