This article focuses on key areas of humanoid robots: joint modules, sensor modules, and cable assemblies. It explains where conductive foam is used, why different structures are required, and how to select the right shielding gasket for each application.
Learn how automotive SMT conductive foam meets AEC-Q200-based qualification requirements, from material selection and reliability testing to supplier approval, documentation, and mass production.
Electroconductive rubber and conductive foam are both widely used for electromagnetic interference (EMI) shielding, but their material structures, conductive mechanisms, application scenarios, and selection criteria are fundamentally different.
Learn how silicone foam, PU foam, and PORON affect conductive foam performance. Compare compression force, temperature resistance, rebound rate, reliability, and applications to select the right EMI shielding foam material.
Learn how conductive foam improves EMI shielding in EV battery packs, from AFE sampling boards and enclosure sealing to busbar isolation and connector protection.
Learn how conductive foam supports drone EMI shielding in flight controllers, video transmission modules, GPS, compasses, and gimbal cameras while reducing weight and contact pressure.
Learn how conductive foam gaskets support EMI shielding in EV e-drive, OBC, DC/DC, BMS and PDU systems, with practical material selection guidelines for high-voltage automotive electronics.