Advantages of using infrared heating lamps in bottle blowing machines:
Fast and uniform heating: Infrared rays have strong penetrating power and can penetrate deep into the interior of the preform, achieving simultaneous heating inside and outside, making the preform heated more evenly. This effectively avoids bottle quality problems caused by local overheating or overcooling, such as uneven bottle wall thickness and stress concentration, and improves the molding quality and stability of the bottle. After testing, the uniformity of bottle wall thickness can be controlled within \u00b10.1mm after using infrared heating lamps.
Precise temperature control: With advanced temperature control systems,Shortwave Infrared Heating Elements can accurately adjust heating temperature and time. By adjusting parameters such as the power, irradiation distance, and heating time of the heating lamp, the preform temperature can be accurately controlled within the range of \u00b12\u2103 of the set value, meeting the strict requirements of different plastic materials and bottle types for blow molding temperature, and ensuring the quality and performance of the bottle.
Energy saving and environmental protection: infrared heating quartz lamps have high energy conversion efficiency, which can convert most of the electrical energy into effective infrared radiation energy, directly acting on the preform, reducing the loss of heat during the transfer process. Compared with the traditional hot air heating method, it can save energy by about 40% – 60%, which reduces production costs and meets the production requirements of environmental protection and energy saving.
Compact design and easy installation: The replacement infrared halogen lamp is small in size and simple in structure. It can be flexibly installed in various parts of the bottle blowing machine, which is convenient for integrated design with the overall structure of the bottle blowing machine. This not only saves production space, but also reduces the difficulty and cost of equipment installation, and improves the reliability and stability of the equipment.
