Halogen infrared heating lamps have the following advantages:
1. High efficiency and energy saving
2. Rapid heating
3. Accurate temperature control
4. Uniform heating
5. Long service life
6. Compact structure and light weight
7. Safe and reliable
Application of IR heating emitter in industrial scenarios:
1. Plastic processing: In the process of plastic molding, such as injection molding and blow molding,IR infrered lamp halogen bulbs can be used to quickly heat plastic raw materials to achieve a suitable flow state for easy molding. For the production of plastic film, ir industrial heaters can stretch and shape plastic film to improve the quality and performance of the film.
2. Glass manufacturing: In glass processing, it is used for preheating, bending and annealing of glass. For example, when making curved glass, the IR lamp for industrial heating can heat the glass locally so that it can be bent according to the predetermined shape, and during the annealing process, it can eliminate the stress inside the glass and prevent the glass from breaking.
3. Metal processing: Preheating metal materials, such as preheating before welding, can reduce the cooling rate of the welding area, reduce welding stress and deformation, and improve welding quality. In the process of metal heat treatment, it is used for heating in processes such as quenching and tempering to give the metal the required mechanical properties.
4. Printing and coating: In the printing industry, it is used to accelerate the drying of ink, especially in high-speed printing production lines, which can improve printing efficiency. In the coating industries such as automobiles and furniture, heating lamps can speed up the drying of paint, make the coating more uniform and smooth, and enhance the adhesion of the coating.
5. Electronics industry: In the process of electronic component manufacturing, circuit boards are dried and preheated to ensure welding quality. It can also be used in the processing of semiconductor materials, such as photoresist drying in the chip manufacturing process.
