Halogen infrared applicationsIndustrial fieldsPlastic processingIn the plastic molding process, such as injection molding and blow molding, infrared heat lamps can be used to preheat plastic particles or molds. For example, installing infrared heat lamps around the barrel of an injection molding machine can make the plastic particles reach a certain temperature before entering the mold, reduce their viscosity, make it easier to fill the mold cavity, and improve molding efficiency and product quality. Moreover, for plastic products with complex shapes, the uniform heating of the mold by the heat lamp can ensure uniform wall thickness of each part of the product and reduce defects.
Metal heat treatmentUsed in heat treatment processes such as annealing and quenching of metal parts. For example, in the quenching process of small tools, infrared heat lamps can quickly heat the tools to the quenching temperature, and because infrared rays can penetrate deep into the metal surface, the internal structure can also be heated evenly. Compared with traditional heating furnaces, heat lamps heat faster and can also perform local heat treatment on specific parts, which is more flexible.
Paint drying and curingIn industries such as automobile manufacturing and furniture production, it is used for rapid drying and curing of paint. Taking the automobile paint shop as an example, infrared heat lamps can be installed in the drying area of \\u200b\\u200bthe paint production line. The infrared rays emitted by them can penetrate the paint layer, causing the solvent to evaporate quickly and accelerate the paint curing process. This can greatly shorten the painting cycle of the car body and improve production efficiency.Composite material manufacturing.
For carbon fiber reinforced composite materials, heat lamps can be used in the curing process. For example, when manufacturing composite parts for aircraft wings, infrared heat lamps can provide uniform heat to promote the full curing of the resin matrix between the carbon fibers, ensuring the performance and quality of the composite material.
