Leveraging a new nano-silver-wire etching process and an ultra-simple single-layer substrate architecture, this product significantly optimizes the screen stacking structure, achieving breakthrough improvements in thickness, light transmittance, and stability. It provides core technological support for the trend toward thinner, more integrated designs in smart devices.
For a long time, traditional capacitive touchscreens have been limited by multi-layer lamination and outdated conductive processes, resulting in common issues such as excessive module thickness, insufficient light transmittance, screen glare, and color discrepancies at the edges. Driven by the evolving demands of foldable devices, ultra-thin industrial control displays, high-end automotive displays, and portable smart devices, bulky screen structures not only hinder aesthetic upgrades but also degrade display quality, making them unsuitable for high-end display applications. This has become a common technical challenge across the industry.
This new generation of capacitive touchscreens, developed through this latest iteration and upgrade, has overcome numerous manufacturing challenges and achieved comprehensive breakthroughs in core performance. The module thickness has been reduced to an ultra-slim 0.44 mm, resulting in a weight reduction of over 30% compared to traditional products. By optimizing the structure of the transparent conductive film, the screen's light transmittance has been increased to 92%, effectively eliminating issues such as halos, glare, and color degradation caused by multi-layer lamination. This ensures accurate color reproduction and a wider viewing angle. Additionally, a new precision etching process ensures more uniform electrode lines, fundamentally resolving issues such as touch dead zones and edge touch failures. This results in faster touch response and more precise touch positioning.
In terms of environmental adaptability and durability, this product has passed comprehensive testing, including high-low temperature cycling, humid heat aging, and abrasion and scratch resistance tests. It operates reliably in a wide temperature range from -30°C to 70°C and withstands high temperatures, high humidity, and daily wear and tear. Equipped with an upgraded nano-oil-repellent and fingerprint-resistant coating, it effectively reduces the buildup of fingerprints and oil stains, making daily cleaning a breeze. It maintains a clear, high-definition display even after long-term use, significantly extending the product's lifespan.
Currently, this ultra-thin capacitive touchscreen has entered mass production and has been successfully installed in flagship projects across multiple industries. In the new energy vehicle sector, the screen is featured in several new in-vehicle infotainment systems. Its ultra-thin profile complements the minimalist interior design of the vehicles, while its high light transmittance and wide color gamut ensure clear, vivid visuals and smooth, responsive touch operations during daily use; In the industrial sector, it has been integrated into ultra-thin industrial control all-in-one devices, addressing the issues of traditional industrial control screens being bulky, obstructing the field of view, and having limited installation options. It is well-suited for lightweight equipment such as precision machine tools and smart warehouse terminals; simultaneously, it is widely used in consumer-grade products such as portable tablets and smart home control panels. Leveraging core advantages such as lightweight portability, high-definition display, and stable durability, these solutions perfectly align with current trends toward minimalist design and high-definition interaction in smart devices, providing robust support for innovation in end-product aesthetics and user experience upgrades.
Looking ahead, the company will continue to deepen its commitment to innovation in touch display technology, driving the evolution of ultra-thin, ultra-transparent, and ultra-stable touch technologies. It will continuously optimize its capabilities for flexible adaptation and large-format customization, empowering the smart terminal industry's upgrade with domestically developed high-end touch technology and contributing to the high-quality development of the display industry.
