1150mm 415v 6000w half gold coated twin tube heating lamps halogen infrared heating lamp
Half gold coated twin tube heating lamp is a widely used component in the heating field. The following is a detailed introduction about it:
Performance Advantages
Efficient heating: Its unique structure and working principle make the halogen semi-gold-plated double tube have a high heating efficiency. The parallel operation of the double tubes and the reflection of infrared rays by the semi-gold-plated surface can make the heated object reach the required temperature in a shorter time, saving heating time and energy costs. For example, in some industrial drying equipment, the use of halogen semi-gold-plated double tubes can quickly dry materials and improve production efficiency.
Good temperature uniformity: The coordinated work of the two heating tubes and the characteristics of infrared radiation make the temperature distribution in the heating area more uniform. In application scenarios with high requirements for temperature uniformity, such as welding of electronic components and stretching of plastic films, halogen semi-gold-plated double tubes can provide a stable and uniform temperature field to ensure the consistency of product quality.
Long service life: The halogen gas circulation mechanism in the tube effectively reduces the loss of the filament, prolongs the service life of the filament, and thus increases the service life of the entire heating tube. This is very important for equipment that runs continuously for a long time, reducing the cost and downtime of frequent replacement of heating tubes.
Energy saving and environmental protection: Higher heating efficiency means that less electricity is consumed when achieving the same heating effect, thus achieving the purpose of energy saving. At the same time, due to its long service life, it reduces the waste generated by frequent replacement of heating tubes, which is more environmentally friendly.
Safe and reliable: The halogen semi-gold-plated double tube does not produce open flames during operation, reducing the risk of fire. In addition, it has good electrical insulation performance and mechanical stability, and can operate safely and reliably in various working environments.
