Functionalized Jute Fabric Integrated With Recycled PET Nanomat for Packaging Applications

Document Type

Article

Publication Date

1-1-2025

Abstract

The transition from conventional plastics to eco-friendly materials has become essential to preserve the environment and advancing human well-being. Conventional packaging materials negatively impact both environment and living beings. Furthermore, consumption of polyethylene-based bottles is increasing which is needed to be recycled. This work uses jute fabric with recycled polyethylene terephthalate (PET) nanomat with silver nitrate solution for antimicrobial packaging applications. This study developed a hybrid packaging option combining PET's excellent barrier properties and jute's biodegradability through electrospinning. The characterization process involved the evaluation of tensile, thermal conductivity, radiative heat resistance, morphological and moisture management properties. Compared to jute fabric (JF) alone, the jute-PET nano coated (JPC) samples showed reduced thermal conductivity, enhanced radiative heat resistance and improved tensile strength. It showed antibacterial activity against S. aureus and E. coli. Therefore, favourable properties like an improved tensile, radiative barrier, antibacterial and moisture offer a workable and sustainable substitute for contemporary packaging.

Publication Title

Packaging Technology and Science

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