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This review aims to analyze the impact of various advanced fillers on the properties of polymer composites and their engineering applications.

June 13, 2026Discover MaterialsOpen Access

The role of advanced fillers in enhancing thermal, chemical and electromechanical properties of polymer composites: a review

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Review examines how advanced fillers improve performance in polymer composites, highlighting key challenges and future directions.

This review aims to analyze the impact of various advanced fillers on the properties of polymer composites and their engineering applications.
Reviewed the effects of different fillers such as ceramic, carbon-based, and nanoclay fillers on polymer composites.
Discussed dispersion behavior, interfacial interactions, and structure-property relationships.
Critically examined processing routes and dispersion-control strategies like melt blending and surface functionalization.
Advanced fillers significantly enhance mechanical, thermal, and electromechanical properties of polymer composites.
Nanofiller distribution states, including agglomerated, intercalated, and exfoliated, influence load transfer and crack deflection.
Synergistic effects of hybrid filler systems can lead to superior functional enhancements and increased barrier performance.

Admase et al. (2026) studied this question.

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