A friction-enhancing coating on the tape-conductor interface increases grip, limits insulation shrink back, and improves axial stability.
Separate shielding for power and communication lines lets one vehicle cable serve EPB and ABS while limiting electromagnetic interference.
A particle-rich inorganic insulation sheet boosts dielectric strength and thermal conductivity while reducing transformer size and drying time.
A conductive polymer barrier and primary seal block gas and moisture ingress, protecting the electro-optic medium in vehicle rearview mirrors.
A composite epoxy-polyimide resin with complex metal oxide filler helps PCB built-in capacitors retain capacitance at high temperature while maintaining circuit adhesion.
Cuboid silver powder with controlled aspect ratio lowers line resistance and disconnection in fine-line conductive paste printing.
A flat conductor with more outer than inner elemental wires reduces inner wire crowding and hardening while preserving wiring harness flexibility.
Tape layers between the insulator, shield, and sheath reduce bending stress, letting the shield move freely and resist damage.
A Ti layer fully covers etched Al edges to block light refraction, suppress black level stripes, and keep low-impedance conductivity in display films.
A 3D graphene-silicon coated metal film uses conductive nanostructures to boost neutrino interaction and direct current generation.
A bonded metal foil shield and controlled twist pitch keep conductor spacing stable, improving cable flexibility while suppressing suck-out.
Controlled center and surface grain sizes let slit copper keep 97% IACS conductivity while resisting cracking in severe bus bar bending.
A curved, grooved contact conductor replaces spring-based coupling to improve contact stability, conductivity, and manufacturability.
A single-part water-based coating helps overhead conductors withstand 250 °C heat and 90 °C water aging without complex curing.
A metal-bonding additive in anisotropic conductive film blocks electrolyte ions, reducing display panel corrosion in hot, humid conditions.
Embedded optical fibers reveal fractures in composite strength members using simple light transmission instead of complex OTDR equipment.