Study of mechanical and physical properties of LDPE-banana fiber-based composites using nano-clay as filler material
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Date
2024
Journal Title
Journal ISSN
Volume Title
Publisher
NHCE
Abstract
The mounting concern surrounding plastic waste accumulation has spurred heightened
environmental awareness, prompting a shift towards more sustainable alternatives. In this
context, banana-polyethylene composites have garnered increasing attention in recent years.
This study aims to assess the mechanical and physical characteristics of banana-polyethylene
composites enhanced with nano clay filler. The process begins with melting polyethylene in a
graphite crucible, followed by meticulous blending of banana fibers, polyethylene, and nano
clay. Subsequently, the composite mixture is transferred to a die and compacted using manual
pressure from a rammer. Upon solidification, the specimens are carefully removed from the die.
Mechanical and physical tests are then conducted to analyze the composite's performance.
These tests encompass a range of evaluations including tensile strength, flexural strength,
impact resistance, density, and moisture absorption. Such comprehensive analysis provides
valuable insights into the viability and potential applications of banana-polyethylene
composites in addressing the challenges posed by plastic waste accumulation.