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BIODEGRADABLE FOAM TRAYS OBTAINED FROM MIXTURES OF NON-IRRADIATED AND IRRADIATED CASSAVA STARCHES

机译:从非照射和辐照的木薯淀粉的混合物获得的可生物降解的泡沫托盘

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Biodegradable polymers, such as starch, cellulose, PHB, PLA, and derivatives thereof, are being studied to produce innovative packaging in the most diverse shapes (films, bags, trays, bottles, etc.) to attend this current market trend. The aim of this work was to produce foam trays from cassava starch for food packaging by extrusion-thermopressing process. Their formulations were based on non-irradiated and γ-irradiated starches at diverse radiation absorbed doses (kGy) in order to evaluate the influence of the irradiated starches on the physical properties of the trays. Water absorption results showed an irregular increase with the increase of the absorbed dose: 26.32% and 39.84% for the trays based on starch 0 kGy and 1:1 (w/w) mixture of starches 0 kGy and 100.0 kGy, respectively. Other physicochemical properties were evaluated from the starches utilized and the trays obtained.
机译:正在研究可生物降解的聚合物,例如淀粉,纤维素,PHB,PLA和衍生物,以在最多样化的形状(薄膜,袋子,托盘,瓶子等)中产生创新的包装,以参加此目前的市场趋势。这项工作的目的是通过挤出 - 热加工过程生产来自木薯淀粉的泡沫托盘。它们的制剂基于不同辐射的非照射和γ-辐照淀粉,吸收剂量(kgy),以便评估辐照淀粉对托盘物理性质的影响。吸水结果表明,基于淀粉0 kgy和1:1(w / w)淀粉0 kgy和100.0kgy的1:1(w / w)混合物,托盘的吸收剂量增加26.32%和39.84%的不规则增加。从所使用的淀粉中评估其他物理化学性质,并获得托盘。

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