125μm High Transparency PET Film with Double-sided TPU Coating for Automotive Buttons & Control Panels

In automotive electronics, reliable materials are essential for achieving durable, high-quality control interfaces. Our 125 μm High Transparency PET Film with double-sided TPU coating is specially designed for automotive button manufacturers, automotive control panels, graphic overlays, and electronic interior components that require excellent transparency, strong ink adhesion, and long-term stability.

With a 125 μm PET Film thickness, this material provides an ideal balance between flexibility and mechanical support. Compared with thinner PET films, it offers better rigidity, handling performance, and dimensional stability, making it suitable for automotive buttons and control panels requiring repeated operation and premium appearance.

Automotive buttons require materials that can withstand frequent operation and long-term use. The 125 μm PET Film provides stronger mechanical support than thinner films, helping manufacturers achieve stable button structures, consistent touch performance, and improved product reliability.

Modern vehicles increasingly use illuminated buttons and electronic interfaces. This High Transparency PET Film offers up to 92% light transmittance with low haze, ensuring clear symbols, uniform backlight transmission, and a premium interior appearance.

The double-sided TPU coating improves the bonding strength between PET Film and printing ink. This Printable PET Film supports UV ink and conventional printing processes, helping automotive suppliers maintain stable graphics, accurate colors, and high production efficiency.

Our 125 μm High Transparency PET Film provides a reliable material solution for automotive button manufacturers seeking excellent printability, optical clarity, and mechanical stability. With strong ink adhesion, optimized thickness, and consistent processing performance, this PET Film for Automotive Buttons helps customers create durable and high-quality automotive control interfaces.