There are many differences between carbon fiber heating lamps and infrared heating lamps in application scenarios, as follows:
Industrial field
Carbon fiber heating lamps:
Electronic industry: Suitable for preheating and drying circuit boards. Its rapid heating, high efficiency and energy saving, and uniform heating characteristics can meet the drying needs of electronic components in the production process, and improve production efficiency and product quality.
Food processing: It can be used for fast baking of foods, such as bread, biscuits, etc. Its uniform heating characteristics can make the food more evenly heated, ensure the consistency of the baking effect, and improve the taste and quality of the food.
Plastic processing: In the production of some small plastic parts, such as the stretching of plastic films and the molding of small plastic products, carbon fiber heating lamps can quickly heat the plastic to the required temperature and achieve relatively uniform heating, which helps to improve product quality and production. Efficiency.
Infrared heating lamp:
Plastic processing: widely used in plastic thermoforming, plastic melting, plastic blow molding and other heating processes, which can make plastic particles melt quickly and improve production efficiency. In addition, by selecting infrared rays of different wavelengths, deep heating and surface heating of plastics can be achieved to meet the requirements of different processes.
Metal processing: commonly used in metal heating, welding, heat treatment and other processes, which can achieve rapid heating and precise temperature control. It plays an important role in the surface treatment, quenching, annealing and other processes of metal materials, and can improve the performance and quality of metal products.
Glass manufacturing: plays an important role in glass melting, glass forming, glass quenching and other processes. Its strong penetrating ability can heat the inside and outside of the glass material at the same time, improve the melting efficiency and forming quality of the glass, and reduce the defects of glass products.
