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Study on compound plasticizers to the property of biodegradable material made by soy protein isolate

机译:大豆蛋白分离株生物降解材料性能复合增塑剂研究

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The paper used water, glycerol and caprolactam as compound plasticizers to plasticize biodegradable material which was made by soy protein isolate modified by PEG400.Used the extension and tensile strength of the material as the index. And also utilize DSC to study the plasticizers on Tg in protein material. The study turned out that the properties of material have improved a lot after plasticizing. The elongation at break, tensile strength and transmittance of the material is separately 17.9 MPa, 353.7% and 40.6%. This paper also studied the biodegradation of the material, it turned out that the material had a good biodegradability: When aspergillus niger was cultured for 10 days, the biodegradability can be achieved V (microorganism growth area reached to 100%).
机译:本文用水,甘油和己内酰胺作为化合物增塑剂,以塑化通过PEG400改性的大豆蛋白分离物制备的可生物降解材料。使用材料的延伸强度和抗拉强度作为指标。并且还利用DSC研究蛋白质材料中Tg上的增塑剂。这项研究证明,塑化后材料的性质提高了大量改善。突破的伸长率,抗拉强度和材料的透射率为17.9MPa,353.7%和40.6%。本文还研究了材料的生物降解,结果表明,该材料具有良好的生物降解性:当曲霉患者培养10天时,可以实现生物降解性V(微生物生长面积达到100%)。

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