Biocomposite development and Characterization
Thermoplastic polymers, widely used in various industries, often require reinforcement to enhance their mechanical and thermal properties.
While synthetic fillers have traditionally been used, there is a growing interest in using natural, bio-based fillers as more sustainable alternatives.
Natural polymers, such as cellulose, have shown significant potential in improving the strength, flexibility, and heat resistance of thermoplastic materials.
These bio-based fillers not only enhance performance but also contribute to the development of environmentally friendly materials,
which is essential in reducing our reliance on non-biodegradable plastics.
In this project, I developed and characterized eco-friendly biocomposite materials using nanocellulose to reinforce them. The focus was on improving the mechanical and thermal properties of these thermplastic materials, aiming to make them suitable for applications such as sustainable packaging. By incorporating the nanocellulose into the thermoplastic material, we can enhance its thermomechanical properties. The materials were characterized using techniques such as DSC, TGA, FTIR, tensile testing (INSTRON), DMA, and SEM, showing the potential for more environmentally friendly alternatives to traditional plastics.
I will be sharing images and additional findings from this project once it is published.