Core Viewpoint - Tianma showcased multiple Micro-LED transparent display technology products at the 2025 China International Import Expo, targeting applications in automotive displays and commercial showcases [1][11]. Product Highlights - 8.07-inch Head-Up Display: Features a compact design with a brightness of 10,000 nits, thin structure, wide color gamut, and fast response speed, suitable for display on automotive windshields [1]. - 8.07-inch Transparent Low Reflection Display: The industry's first Micro-LED low reflection transparent screen with a maximum PPI, over 50% transmittance at 167 PPI, and a reflection rate below 3%, adjustable brightness for applications like windows and dashboards [3]. - 9.38-inch Adjustable Transparency Display: The first Micro-LED screen with adjustable transmittance from 0.1% to 24%, adapts to ambient light conditions while maintaining high-definition visuals, ideal for automotive displays in complex lighting environments [5]. - 7.05-inch Ultra-Narrow Border Transparent Display: Features a border narrower than 0.1mm, over 60% light transmittance, and can be spliced into larger displays, targeting commercial showcases, smart homes, and automotive applications [7]. - 14.1-inch Invisible Teleprompter: Offers 10,000 nits brightness with a transparent glass design, allowing speakers to read scripts while interacting with the audience, suitable for speeches and meetings [9]. Technological Development - Since 2017, Tianma has been developing Micro-LED technology, achieving significant progress in glass-based Micro-LED transparent display technology, and has established the industry's first G3.5 generation fully automated mass transfer production line with high yield and a degree of domestic material capability [11]. - The company focuses on high transparency, high brightness, low reflection, and splicing features, exploring the application possibilities of transparent displays in automotive, commercial, and smart home scenarios [11]. - Research efforts are concentrated on the reliability and mass production feasibility of glass-based Micro-LEDs to validate the industrialization path of transparent displays [11].