Abstract Conductive coating is a kind of functional coating to conduct electron and exclude accumulated electricity. It is widely used in aerospace, electronics, petrochemical and other fields. In this study, CNTs/MXene was dispersed into acrylic coatings to prepare conductive composite coatings. The results showed that CNTs/MXene composite coatings were bonded to each other to form a conductive path, and the conductivity was 1.54×10-2 S/cm when the additive amount was 0.20% (mass fraction). Integrating tubular CNTs and lamellar MXene facilitated the formation of a lap network structure, which significantly enhanced the conductivity of composite coatings at a low concentration, reducing the associated costs of conductive coatings. This study offers valuable insights for further advancing the industrialization of low-cost conductive functional coatings.
FU Junfeng,MAN Tiannan,WANG Jijie et al. Effect of CNTs/MXene on the Conductivity of Composite Coatings[J]. Chemical Reaction Engineering and Technology, 2023, 39(6): 519-524.
FU Junfeng,MAN Tiannan,WANG Jijie et al. Effect of CNTs/MXene on the Conductivity of Composite Coatings[J]. Chemical Reaction Engineering and Technology, 2023, 39(6): 519-524.
