What question did this study set out to answer?

To develop a highly conductive and flame-retardant film using large-sized MXene nanosheets combined with NR for electromagnetic interference shielding.

February 12, 2026Nanoscale1 citations

Tough, highly conductive and flame-retardant MXene/NR films based on large-sized MXene sheets for efficient electromagnetic interference shielding

YBYongjie BiQingdao University of Science and Technology YDYedan DingQingdao University of Science and Technology YLYingfan LiShandong University

Key Points

To develop a highly conductive and flame-retardant film using large-sized MXene nanosheets combined with NR for electromagnetic interference shielding.
Synthesis of Al-Ti 3 C 2 T x nanosheets
Composition of nanocomposite films with NR
Evaluation of electromagnetic shielding performance
Assessment of mechanical properties
The films demonstrated outstanding electromagnetic shielding effectiveness
Mechanical properties of the films were significantly enhanced
The use of large-sized MXene sheets contributed to improved film characteristics

Abstract

A nano-composite film combining large-sized Al-Ti 3 C 2 T x nanosheets with NR exhibits outstanding electromagnetic shielding performance and excellent mechanical properties.

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