The Application of Infrared Heating Technology in Automotive Manufacturing

Infrared heating technology is extensively applied in the automotive manufacturing process, particularly in critical operations such as curing, welding, and riveting (usually plastic components). It is also used to reduce creases on car seat surfaces, process foldable soft tops, and promote the bonding of water-resistant PU and automotive glass. From the forming of interior composite materials, the activation of adhesives, to the welding of plastic drums containing brake fluid, infrared radiation is used at least once in various stages of manufacturing from car parts to the entire vehicle, and these applications are becoming increasingly widespread.
For example, in the final assembly process of producing air and fuel filter products for cars, using traditional methods, the drying of adhesive on filter parts requires four hours, which is a bottleneck in filter production. However, with the use of infrared drying technology, this process can be completed in just 30 minutes, making the production process more efficient, cost-effective, and environmentally friendly.

Infrared Heating Applications in the Automotive Manufacturing Industry
• Automotive body and parts painting
•  Automotive interior components (main floor mats, ceiling, door panels, trunk lids, coat racks, soundproofing materials, etc.) thermoforming parts heating
• Auto Seat Leather Moisture and Wrinkle Removal
Adhesive Activation in Automotive Interior Trim Coverings (Door Armrest)
• Automotive Filter End Cap Heating
• Automotive Headlight Production Process Heating
• Automotive interior wood paper lamination pre-heating
Welding of Automotive Plastic Fuel Tanks
• Heated Automotive Glass, Laminated Glass Heating