Halogen octagonal wire medium wave heating lamp is a device that applies halogen octagonal wire medium wave heating lamp to the printing process.
1. Working principle:
– Heating principle: Halogen octagonal wire medium wave heating lamp is a heating element that uses halogen gas to generate medium wave infrared radiation after being energized in a quartz glass tube. When the current passes through the octagonal wire, the octagonal wire heats up and releases medium wave infrared rays. This infrared ray has a strong thermal radiation ability and can quickly heat up the object. In the printing machine, the main function of this heating lamp is to dry and solidify the printing material to ensure the quality and firmness of the printed pattern.
– Printing principle: Printing machines usually use printing technologies such as inkjet and screen printing to print pigments or inks on textiles, paper, plastics and other materials. During the printing process, the newly printed pigments or inks need to be dried in time to prevent problems such as blurred patterns and smudges. Halogen octagonal wire medium wave heating lamps provide an efficient heating source that can quickly evaporate the solvent or moisture in the printing material, so that the pigment or ink is quickly solidified on the surface of the material to form a clear and firm printing pattern.
2. Application scenarios:
– Textile industry: In textile printing, such as printing on clothing, curtains, bedding, etc., it can quickly dry the printing pigments, making the pattern color bright, firm, and not easy to fade.
– Packaging industry: Printing for packaging materials, such as paper boxes, paper bags, plastic packaging, etc., can improve the production efficiency and quality of printing, and meet the high requirements of the packaging industry for appearance quality.
– Advertising industry: In the printing production of advertising posters, flags, display stands, etc., it can quickly complete the drying process of printing, so that advertising products can be put into use in time and shorten the production cycle.
