A nanofiber-based electromagnetic shielding sheet dissipates heat from high-power components while blocking interference.
A conductive fabric electronic module assembly uses a snap fastener to create a durable electrical connection between the component and the textile substrate.
Composite conductive structures reduce filler loadings to lower viscosity, enabling multifunctional paint formulations with robust electromagnetic properties.
A magnetic field shielding sheet incorporates a metallic protective film to enhance rigidity and heat radiating performance.
Aligned elongate nanostructures form a connected conductive network that shields electronic components while minimizing space occupation.