Mechanical properties of films bioplastics based in seaweed from scientific literature

The present database investigates the effect of different combinations of components on the mechanical properties of seaweed-based bioplastics, with a specific focus on tensile strength and elongation at break, found in the scientific literature of the search engine Scopus. Following the hypothesis that varying compositions will significantly impact these properties, the basis provides a detailed breakdown of the standardized concentrations of each component in mass/mass or volume/volume percentages. Some notable findings include combinations of components that show substantial improvements in strength and elasticity, suggesting a focus on these materials for the development of biopolymeric film technology applications such as sustainable packaging manufacturing. This resource is useful for future research seeking to interpret or improve the properties of seaweed-based bioplastics.

本数据库探究不同组分组合对海藻基生物塑料力学性能的影响，重点关注拉伸强度（tensile strength）与断裂伸长率（elongation at break），相关数据源自搜索引擎Scopus收录的科学文献。本数据集基于“组分变化会对上述性能产生显著影响”的研究假设，详细列出了各组分以质量百分比（mass/mass）或体积百分比（volume/volume）标注的标准化浓度。部分显著研究结果显示，特定组分组合可大幅提升材料强度与弹性，这表明此类材料可作为可持续包装制造等生物聚合物薄膜技术应用的研发重点。本数据集可为未来旨在阐释或优化海藻基生物塑料性能的相关研究提供有力支撑。