Conductive PANI/Cotton Fabric

92.4% EMI Shielding

Uniform in situ deposition of polyaniline on cotton fibers via interfacial polymerization and post-treatment achieves high conductivity, absorption-dominant EMI shielding, and inherent flame retardancy in one fabric, addressing the key material challenge for multifunctional safety textiles.

Zhida, Liu · Weizhang, Guo · Wu, Guanzheng · Gao, Dawei · Jia, Gaopeng · Wu, Huanling · Lin, Ling · Ren, Yu · Qi, Zhenming · Wang, Chunxia

International Journal of Biological Macromolecules 2026

Specifications

电导率

{'zh': '60.29', 'en': ''} S/m

effectiveness of dB

{'zh': '11.19', 'en': '92.4'} %

Advantages

Shielding mechanism: absorption-dominant with reflection synergy

Improved flame retardancy and thermal stability