customize halogen quartz heater infrared heat lamp light Ir heating bulb element tube for screen printing

Compared with traditional heating methods, infrared heating lamps have the following advantages in printing: High heating uniformity:Traditional heating methods (such as hot air heating, hot plate heating, etc.) may have uneven heating, resulting in inconsistent drying of the printed part, affecting the quality of printing.Quartz Infrared Heating Elements can emit uniform infrared radiation, which can make the printed material evenly heated, ensuring that the quality indicators such as color and fastness of the printed pattern are more stable. For example, on large-area printed fabrics,tungsten halogen lamp can make the printing ink or dye in each place be evenly dried and cured, avoiding the problem of local color depth or blurred pattern. Fast drying speed:The energy of quartz glass heating lamp can be quickly absorbed by the water, solvents and pigments in the printing material, which intensifies their molecular movement, thereby accelerating the evaporation and drying process. In contrast, traditional heating methods usually take a long time to completely dry the printing material. Rapid drying is very important for improving printing production efficiency, which can shorten the production cycle and meet the needs of large-scale production. For example, in some high-speed printing production lines, the use of infrared heating lamps can complete the drying process of printing in a short time, greatly improving production efficiency. Good energy-saving effect:industrial infrared heat lamp directly radiate and heat the printing materials, without heating the entire space or medium, and the energy utilization efficiency is higher. Traditional heating methods often require heating the air or other media first, and then heat the printing materials through heat transfer, and a large amount of energy will be lost in this process. According to statistics,Infrared Quartz Heating Element can save more than 30% energy compared with traditional heating methods, which is of great significance for reducing the energy cost of printing production. Less damage to printing materials: Traditional heating methods may cause damage to printing materials due to excessive temperature or uneven heating, such as hardening, deformation, fading of fabrics.tubular halogen lamp can accurately control the heating temperature and time to avoid excessive heat damage to printing materials, thereby maintaining the quality and feel of printed products. Especially for some high-end printed fabrics, such as silk, wool, etc., the advantages of infrared heating lamp halogen are more obvious, and the drying and curing of printing can be completed without damaging the quality of the fabric. Strong adaptability:tungsten infrared halogen heating lamp can be flexibly adjusted and selected according to different printing materials and process requirements. Whether it is water-based printing paste, solvent-based printing ink, or thermal transfer printing, you can find a suitable infrared heating solution. For example, for different printing materials, such as paper, fabric, leather, etc., you can achieve the best heating effect by selecting infrared heating lamps with different wavelengths.Easy to control:The heating process of the infrared heating lamp can be accurately adjusted and monitored by the control system, and automatic production can be realized. The operator can set appropriate parameters such as heating temperature, time and power according to the characteristics of the printing material and process requirements to ensure the quality and stability of the printing. At the same time, automatic control can also reduce the impact of human factors on the production process, improve production efficiency and consistency of product quality. Simple equipment maintenance:The structure of the halogen quartz infrared lamp is relatively simple, without complex mechanical parts and transmission devices, so the maintenance and maintenance cost of the equipment is low. In contrast, traditional heating equipment may require regular maintenance and replacement of parts, which increases the cost and downtime of production. The service life of the single tube quartz heating lamp is long, generally reaching more than tens of thousands of hours, reducing the replacement frequency and maintenance workload of the equipment.