Standard biopolymers often suffer from poor adhesion and mechanical instability on biological surfaces. Improving film integrity and persistence ensures long-lasting wear and resistance to environmental degradation.

Secondary processing of polypropylene leads to chain scission and loss of structural integrity. Restoring performance allows for high-value reuse of waste streams.

Conventional cosmetic formulations rely on synthetic polymers that do not break down, leading to bioaccumulation and ecological toxicity. Replacing these with functionalized biodegradable alternatives prevents long-term environmental contamination while maintaining product stability.