Concurrently, elastomers derived from fatty acid dimers have emerged as an intriguing avenue in biomaterials research . Fatty acid dimers, resulting from the dimerization of unsaturated fatty acids, possess a molecular structure that imparts flexibility and strength to resulting elastomers. These elastomeric materials exhibit a balance between flexibility and strength, making them well-suited for medical applications . The inherent biocompatibility of fatty acid-based elastomers further enhances their appeal for use in medical applications. By drawing inspiration from the structural intricacies of fatty acid dimers, scientists are delving into the development of elastomers that mimic the resilience and flexibility found in biological tissues .