As automotive design continues to evolve, even the smallest components play a crucial role in delivering premium performance and visual appeal. At Xinhaisen Technology, we specialize in manufacturing metal speaker grilles for automotive applications using advanced precision etching technology—a process that ensures high accuracy, design flexibility, and flawless quality.
Speaker grilles must strike a balance between protecting delicate components and allowing optimal sound transmission. Traditional manufacturing methods like stamping or laser cutting can create burrs, deform materials, or limit intricate patterns. Chemical etching, on the other hand, offers key advantages:
Burr-Free Edges: Etched parts come out smooth, with no mechanical stress or deformation.
High Design Flexibility: Create complex, fine mesh patterns or decorative designs with extreme accuracy.
Consistent Quality: Ideal for high-volume production with tight tolerances and repeatable results.
Xinhaisen produces metal speaker covers from stainless steel and aluminum, with thicknesses ranging from 0.1mm to 1.0mm. These materials are corrosion-resistant, acoustically transparent, and aesthetically refined—making them perfect for car interiors, dashboards, and door panels.
Whether you need circular perforated designs, hexagonal meshes, or custom branding on the grille surface, our in-house engineering team and cleanroom etching facilities ensure your requirements are met with the highest standard of precision and consistency.
With over a decade of experience in automotive parts etching, Xinhaisen has partnered with leading OEMs and Tier 1 suppliers to provide tailor-made grille solutions for various car models. Our speaker grilles not only enhance the acoustic performance but also add to the modern, sleek appearance of today’s vehicles.
If you're looking for precision-etched speaker grilles that meet demanding automotive specifications, trust Xinhaisen to deliver. From prototyping to mass production, we are your reliable partner in high-quality etched metal components.