Innovation Changes the World

Innovation changes the world

Technology Leads the Future

Technology leads the future

Our metal mesh transparent conductive film achieves industry-leading levels in multiple key parameters, providing customers with exceptional performance.

Square Resistance

Transmittance

≤0.05Ω/□

85%+

Line Width

3μm

Shielding Effectiveness

40-50dB

Fog Density

<1.8%

Ultra-low resistance, meeting the needs of large-size touch control

Transmittance far higher than traditional ITO conductive films

Ultra-fine line width, almost invisible to the naked eye

EMI exceeds 50dB, breaking industry records

Low fog density, high-definition visual effects

Our transparent conductive film technology has multiple core innovative features, providing customers with comprehensive performance advantages.

We use a hybrid printing and embossing process, combining multiple innovative technologies to create high-quality metal mesh transparent conductive films.

Our technology not only has excellent performance but also offers significant cost advantages, creating greater value for our customers.

Our metal mesh transparent conductive film surpasses traditional materials in multiple performance indicators, providing customers with an exceptional user experience.

The transparent conductive film made of metal mesh successfully solves the contradiction between high light transmittance and high conductivity in traditional materials through optimized structural design, while achieving excellent stretchability and high overall performance.

With a light transmittance of over 90% and a sheet resistance as low as 0.1Ω/□, it also maintains excellent flexibility and stability, meeting the needs of various high-end application scenarios.

With strong craft compatibility, a diverse application ecosystem has been built. Its core platform can adapt to various substrates such as PET, PI, glass, and fabric-based materials, quickly deriving a full range of products including transparent electromagnetic shielding films, electrodes, heating films, antennas, and flexible sensors through parameter adjustments.

The existing production line can support trial production of multiple products with minor upgrades, significantly reducing new investment and achieving efficient and flexible technology conversion and industrialization.