From April 16th to 18th, the 2025 Touch Taiwan (Taiwan Smart Display Exhibition) was grandly held at the Nangang Exhibition Hall, Taipei World Trade Center, Taipei, Taiwan. At this technological event, Huake-Tek, which specializes in touch display and key basic materials, showcased a range of innovative products, including the highly anticipated 27-inch She’s Pad and the JINGANG TP series touch modules, becoming one of the highlights of the exhibition.
This exhibition centers on solutions and application domains, encompassing four primary areas: smart healthcare, smart retail, smart mobility, and smart entertainment. It brings together manufacturers from various sectors to strengthen ecosystem connections, thus achieving the integration of supply chains for solutions, innovative technologies, and application markets. At this exhibition, Huake-Tek not only presented a range of consumer and commercial products but also showcased the diverse application potential of silver nanowire materials in the touch display field through technical analysis and scenario-based demonstrations.
PART 01
Star Product Analysis: Technological Breakthroughs Empower Full-Scenario Applications
JINGANG TP Module: The “Powerhouse” for Automotive and Commercial Displays
The JINGANG TP series touch modules, showcased by Huake-Tek, are available in multiple sizes and are equipped with the company’s self-developed silver nanowire technology at their core. This technology has achieved dual breakthroughs in touch performance and environmental adaptability.
Technical Advantages:
The module’s touch response time, at ≤10ms, benefits from the high conductivity and flexibility of silver nanowire materials. This enables multi-point precise touch control, catering to the high-precision operation demands of applications such as in-vehicle navigation and smart conferencing. Additionally, its high light transmittance ensures a clear and crisp screen image with excellent color reproduction.
Industry-Leading Reliability:
The module has set a new standard in the industry by passing the rigorous 2000-hour “double 85” environmental test (at 85°C temperature and 85% humidity). Its reliability performance exceeds industry standards by more than threefold, making it suitable for complex environments, including the high-temperature and high-humidity conditions within vehicles and the fluctuating temperatures of outdoor commercial displays.
Scenario Compatibility:
The module supports custom shapes, wide viewing angles, and low impedance, making it compatible with mass production across various sizes. It is primarily used in smart automotive, conferencing, education, and industrial control fields, offering a stable and reliable interactive solution for commercial display devices.
SURWISE She’s pad：Redefining the Interactive Experience of Consumer Smart Terminals
The 27-inch SURWISE She’s pad, launched for the consumer market, centers on the design Concept of “multi-scene compatibility + ultimate interaction.” It supports free rotation and long-lasting mobile use, fitting various scenarios such as entertainment, fitness, and learning. Not only does it meet personalized needs, but it also delivers an immersive “multi-purpose with one screen” experience to users through low latency and high sensitivity enabled by silver nanowire technology.
PART 02
Future Outlook: The Next Decade of Touch Display
Touch Taiwan 2025 is not merely a showcase for technology but also marks the beginning of an ecosystem characterized by shared success. Amid the current surge of innovative display technologies, Huake-Tek is actively positioning itself in niche markets, accelerating the implementation of product iteration and innovative technical solutions.
Looking ahead, Huake-Tek will persist in focusing on the field of silver nano material technology, fully leveraging the leading efficiency of the technology, and reinforcing the advantages of industrial collaboration. By collaborating with partners to build an ecosystem of innovation and application development, we will collectively invigorate the high-quality development of the flexible materials industry.