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Liquid Metal-Modified MXene Composite Films for Electromagnetic-Multispectral Compatibility

Authors: LIU Zhijie; YAN Huying; XIAO Zhenyang; WANG Chang; CHEN Jingyu; TIAN Haobo; YIN Liang-Jun; PENG Bo; DENG Longjiang

DOI: 10.1007/s40843-026-4468-6Status: Verified Translated Edition
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Key Findings in This Report

• • EMI shielding effectiveness of 36 dB at 510 µm thickness: This exceeds the 20 dB commercial threshold for consumer electronics, enabling compact shielding layers in aerospace and portable devices where weight and volume are constrained. • • IR emissivity of 0.36: A 20% reduction versus pristine MXene (0.45), directly lowering the thermal signature for IR-guided detection; industrially, this translates to reduced probability of interception in surveillance scenarios. • • RF transmittance >80% in X-band (8–12 GHz): Overcomes the typical <50% transmittance of MXene films, allowing co-location of antennas and shielding without signal degradation, critical for 5G and radar systems. • • 95% conductivity retention after 1,000 bending cycles at 2 mm radius: Demonstrates mechanical robustness for flexible electronics, with degradation rates below 0.005% per cycle, supporting roll-to-roll manufacturing.