High-transmission electromagnetic shielding display screens integrated with ultra-fine, blackened conductive copper wire meshes. Engineered with precise mesh counts (from 80 to 100+ OPI) and customized mesh angles oriented to eliminate screen moiré interference patterns on active matrix displays. Features index-matched liquid optical lamination (LOCA) directly over the mesh layer to eliminate internal light reflection, maintaining up to 85% light transmission and excellent display readability. Grounded via perimeter silver conductive gaskets for high-attenuation Faraday protection in defense electronics, aerospace dashboards, and medical imaging consoles.
High-conductivity wire grids chemically blackened to reduce reflections and maintain peak screen contrast.
Custom wire mesh rotation angles precisely calibrated to match the display subpixel pitch, eliminating pattern distortion.
Direct LOCA lamination encapsulating the mesh grid, eliminating air-glass interfaces for superior off-axis readability.
Peripheral conductive silver-loaded elastomer gaskets ensuring a zero-resistance grounding connection to the screen bezel.
Forms an integrated Faraday cage blocking up to 60dB of radiated electromagnetic energy across wide frequency ranges.
Optically clear, impact-resistant protective cover glass shields the delicate mesh from physical wear and impact.
Integrating a conductive wire mesh over a high-resolution LCD panel usually creates visual moiré patterns due to the interference between the grid wires and display subpixels. Our engineering team solves this by offering custom-calibrated mesh orientation angles. By rotating the micro-mesh structure (typically between 15° and 45°) relative to the display matrix, we eliminate visual distortion entirely. Chemically blackened copper meshes are then direct-bonded using index-matched liquid adhesive (LOCA) to fill the gaps, preventing internal light reflection. Grounded around the perimeter using continuous conductive gaskets, these mesh filters deliver extreme shielding effectiveness (40dB to 60dB) without sacrificing color rendering or contrast.
High-speed video driver boards matching high-resolution display layers.
Flexible interface controllers accepting standard commercial and industrial inputs.
Integrated backlight controllers for fine luminance scaling down to 1%.
Integrated touchscreen controller with filtered USB interfaces to prevent RF leakage.
Customize the shielding mesh density, cover glass coatings, filters, and boundaries to match your exact application criteria.