220V 1300W S shape half white coated carbon fiber infrared lamp for sceen printing machines

Carbon fiber infrared heating tubes have many advantages for flash dryers, as follows:
Efficient heating performance:
Fast heating: After the carbon fiber infrared heating tube is powered on, it can quickly heat up and reach a higher temperature in a short time, meeting the requirements of the flash dryer for rapid heating. This can greatly shorten the drying time and improve production efficiency, which is very important for materials or production tasks that need to be dried quickly. For example, in the drying of some small printed materials or plastic products, it can quickly dry the ink or paint to avoid problems such as adhesion.
High emissivity: Most of the electrical energy can be converted into infrared radiation energy to directly heat the object. This radiation heating method enables the material to absorb heat quickly. Compared with traditional hot air drying methods, it has higher heat transfer efficiency and higher energy utilization.
Good temperature control:
Precisely adjustable: The carbon fiber infrared heating tube can accurately control the heating power by adjusting the input current, thereby accurately adjusting the drying temperature. This is very critical for the drying of some materials with high temperature control requirements, which can ensure that the material is dried at a suitable temperature and ensure the drying quality. For example, in the drying of electronic components, excessively high temperatures may damage the components, and the precise temperature control of carbon fiber infrared heating tubes can avoid this.
Good temperature uniformity: The infrared radiation emitted is relatively uniform, which can make the temperature distribution inside the dryer relatively uniform, avoiding the situation where the local temperature is too high or too low, thereby ensuring the overall drying effect of the material is uniform and consistent.
Adapt to a variety of materials:
Strong penetration: Infrared rays have a certain penetration ability and can penetrate deep into the material, so that the inside and surface of the material are heated at the same time, thereby more effectively removing the moisture or solvent inside the material. For some thicker materials, such as wood, Chinese medicinal materials, etc., this penetrating heating method of halogen infrared heating tubes can improve the drying effect and reduce the drying time.
No damage to materials: Infrared heating is non-contact heating, which will not cause mechanical friction or collision damage to the material. It is particularly suitable for some materials with high surface quality requirements, such as precision instruments, optical components, etc.