Revolutionizing Heating: The Nano-Infrared Electric Band Heater
The working principle of Nano Infrared Electric Band Heater
The Nano Infrared Electric Band Heater generates infrared radiation through the excitation of nano-coated materials when electrified, which directly acts on the molecules of the heated object, intensifying the molecular vibration and generating heat, achieving "from the inside out" heating rather than the "from the outside in" heat conduction of traditional heating tapes.
The Features of Nano Infrared Electric Band Heater
High efficiency and energy saving: Infrared radiation directly heats objects, reducing heat loss in the air or medium. The thermal efficiency is usually 15% to 30% higher than that of traditional heating tapes.
Uniform heating: Radiant heating has no local temperature difference, which can prevent the heated object from experiencing problems such as "overheating" or "incomplete heating" due to uneven heat conduction.
Rapid response: After being electrified, nanomaterials can quickly generate infrared radiation, heating up 2 to 5 times faster than traditional heating tapes, and cooling down more rapidly after shutdown.
Longer service life: The nano-coating is resistant to oxidation and high temperatures (usually able to withstand 300-800℃), and there is no problem of heating wire aging. Its service life can reach 2-3 times that of traditional heating tapes.
Safety and environmental protection: There is no open flame or harmful gas emission during operation, and the surface temperature is relatively controllable, reducing the risk of scalding or fire.
The application industries of Nano Infrared Electric Band Heater
Industrial manufacturing: It is used for heat tracing and insulation of pipelines, storage tanks, and reaction vessels (such as anti-freezing of petrochemical pipelines), as well as heating of plastic and rubber molding molds.
In the medical field: As an auxiliary heating component for medical equipment (such as blood insulation devices and hot compress treatment instruments), it achieves precise temperature control through gentle infrared radiation.
Food processing: It is used in food drying and baking equipment (such as Ovens and dryers) to prevent excessive moisture loss of food during the heating process.
Home and commercial:Small Infrared Heaters, bathroom heating plates, or moisture-proof heating for display cabinets and storage cabinets (such as constant temperature for museum artifact cabinets).