与传统的加热管相比，短波卤素红外加热管具有以下优势：
更快的加热速度：短波卤素红外加热管可以在短时间内迅速升高温度。通常，从开放到正常使用仅需要三秒钟，而传统的加热管通常需要更长的时间才能达到相同的温度，这可以极大地提高工作效率。
更强的穿透力：短波红外可以穿透加热物体的表面，在内部和外部同时加热，并使加热效果更加均匀和深。相反，传统的加热管主要加热表面和较薄的物体表面层。对于某些较厚或更少的导热物体，表面可能过热，而内部温度未达到所需的温度。
较高的功率密度：短波卤素红外加热管的平均功率密度可以达到70W/cm，最大功率密度可以达到120W/cm，这可以在短时间内提供大量热量以满足快速加热的需求，而传统供热管的功率密度通常很低，而很难达到高热量效率。
Longer service life: The halogen gas in the short-wave halogen infrared heating tube forms a halogen cycle, which can return the sublimated tungsten atoms to the tungsten wire, effectively reducing the loss of the tungsten wire and the blackening of the tube wall, thereby extending the service life of the heating tube. Traditional heating tubes are prone to blackening of the tube wall due to the sublimation of the tungsten wire, affecting the heating efficiency and life.
Higher power density: The average power density of the short-wave halogen infrared heating tube can reach 70w/cm, and the maximum power density can reach 120w/cm, which can provide a large amount of heat in a short time to meet the needs of rapid heating, while the power density of traditional heating tubes is generally low, and it is difficult to achieve such a high heating efficiency.
