Conductive fiber brushes and a bearing-supported FRP shaft transmit high torque at high speed while blocking EMC chamber wave leakage.
A two-layer magnetic shield contains ion pump field leakage, enabling compact vacuum cells to protect nearby magnetic-sensitive sections.
Electric field alignment forms directional conductive paths in polymer films with fewer particles, lowering cost and process complexity.
A CNT or graphene signal enhancement layer on etched metal mesh balances transparency, low resistance, 5G antenna performance, and EMI shielding.
Discontinuous conductive patterns ground static electricity in foldable displays while avoiding antenna radiation blockage and performance loss.
A same-polarity stacked cell layout suppresses magnetic interference, enabling more accurate internal impedance monitoring in battery packs.
A metal-magnetic-metal shielding stack uses urethane resin content and Tg control to preserve EMI shielding under impact and collision.
A shielding sheet and adjacent charging frequency reduce display flicker while allowing wireless charging and display operation at the same time.
A third protective layer smooths the sheet edge step, limiting film deformation while preserving sealing force in smaller magnetic shielding sheets.