What is the difference between medium wave Infrared Heating Lamps and short wave Halogen Heating Lamp?I. Wavelength range differenceMedium wave Halogen Infrared Heat LampMedium-wave infrared wavelength range is generally 3 – 5\u03bcm.Short-wave Halogen Heater ReplacementShort-wave infrared wavelength range is usually 1 – 3\u03bcm, its wavelength is shorter than the medium-wave infrared. 2, the difference in penetrating abilityMedium-wave infraredMedium-wave infrared penetration ability is relatively weak. It mainly acts on the surface of the object to be heated, so that the surface molecules absorb energy to warm up, and then gradually transfer the heat to the object through heat conduction. It is more suitable for some cases where the surface heating demand is high and the internal heating speed is not particularly high, such as the drying of surface paint.Short-wave infraredShort-wave infrared has a strong penetrating ability. It can penetrate to a certain depth and generate heat directly inside the object. This makes the short-wave halogen heating bulbs in the heating of thick objects or the internal heating of the higher requirements of the scene is more advantageous, such as in the thicker plastic parts for internal drying treatment. 3, the difference in heating speedMedium wave infrared heating tubeHeating speed is relatively slow. As the main object surface heating and then conduct to the interior, for the larger volume or poor thermal conductivity of the object, the overall time to reach the required temperature will be longer.Short-wave IR emmiterThe heating speed is faster. Because it can directly penetrate into the internal heating of the object, reducing the time of heat conduction, can make the object in a shorter period of time to the overall temperature, in the need for rapid heating of industrial production, such as rapid preheating of plastic particles and other scenes in the application of more. 4, the application scene focuses on differentMedium wave halogen heating bulbsWidely used in surface heating. For example, in painting and drying, mainly drying the paint layer on the surface of the object, the surface heating uniformity requirements are high, medium wave infrared halogen lamp can well meet this demand. In food processing, like bread, biscuits and other food surface baking, medium wave infrared halogen heating tube can make the surface quickly form the ideal colour and taste. Short-wave halogen infrared lampMore for the need of internal heating or rapid overall heating. In metal heat treatment, for some need to the internal structure of the metal fast uniform heating treatment (such as rapid annealing), short-wave ir halogen lamps is more suitable. In the medical field, short-wave infrared physiotherapists will be used in some cases where warm treatment of deep tissues is required. 5, the energy conversion efficiency of the subtle differences betweenMedium wave Quartz Infrared Heating LampsEnergy conversion efficiency is relatively stable, in the scene for the surface heating, can be better converted into electrical energy medium-wave infrared radiation, and then transferred to the surface of the object to be heated, but due to the limitations of its heating method, in the heating of a larger volume of objects, the overall efficiency will be affected to a certain extent.Short-wave halogen heating lampIn the case of penetrating heating, due to the reduction of heat loss in the conduction process, for objects that can effectively penetrate, its energy conversion efficiency in the overall heating effect may be higher. However, the manufacturing process of short-wave Quartz Infrared Heating Elements may be relatively complex, which to a certain extent may affect its cost and cost-effectiveness in practical applications.

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