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Mechanical properties of cassava starch films as affected by different plasticizers and different relative humidity conditions

机译:木薯淀粉薄膜的机械性能受不同增塑剂和不同相对湿度条件的影响

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The influence of plasticizer type (glycerol and sorbitol), its content (starch:plasticizer ratio of 1:0.15; 1:0.20; 1:0.25 and 1:0.30) and the relative humidity conditions (43, 58, 75 and 85%) on the mechanical properties of cassava starch films was studied. Both plasticizers seemed to integrate homogeneously in the film matrix. The incorporation of different concentrations of plasticizers affected the mechanical properties of the cassava starch films. Plasticizer ratio directly influenced the force values of the films, they showed significant flexibility when the plasticizer proportion was increased in the formulation. Under conditions of low relative humidity, sorbitol produced films more resistant to puncture than glycerol. Qualitatively, all the films were less brittle when the plasticizers were incorporated.
机译:增塑剂类型(甘油和山梨糖醇),其含量(淀粉:增塑剂比例为1:0.15、1:0.20、1:0.25和1:0.30)和相对湿度条件(43、58、75和85%)的影响研究了木薯淀粉膜的力学性能。两种增塑剂似乎均匀地整合在薄膜基质中。掺入不同浓度的增塑剂会影响木薯淀粉薄膜的机械性能。增塑剂比例直接影响薄膜的力值,当配方中增塑剂比例增加时,它们表现出显着的柔韧性。在低相对湿度的条件下,山梨糖醇生产的薄膜比甘油具有更高的抗穿刺性。定性地,当掺入增塑剂时,所有薄膜的脆性都较小。

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