As automotive glass designs become more complex, achieving uniform heating during production has become a significant challenge. Modern windshields and sunroofs feature intricate shapes, larger screen-printed areas, and advanced coatings, all of which require precise heating to maintain optical quality. Traditional radiation heating often falls short, leading to issues like burn lines, optical distortions, and overbending.

Forced convection heating offers a solution by evenly distributing heat across the glass surface, reducing temperature differences between coated, painted, and clear areas. This method improves the precision and consistency of the heating process, ensuring better quality and fewer defects in the final product. Convection heating offers several key benefits for glass production. It enhances precision by providing more uniform heating, which is crucial for modern glass coatings and designs. By combining radiation and convection, it reduces heating time by up to 30%, improving overall production efficiency. Additionally, shorter heating times and fewer production chambers result in lower energy consumption, contributing to both cost savings and sustainability. The simplified setup with fewer chambers and components also streamlines the production process, reducing maintenance and operational costs.

As automotive glass continues to evolve, convection heating is becoming essential to meet the industry's growing demands for quality, speed, and sustainability, making it a key innovation in modern glass processing.