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PROCESSABILITY AND PROPERTIES OF BIODEGRADABLE PLASTICS MADE FROM AGRICULTURAL BIOPOLYMERS

机译:可生物生物聚合物制成的可生物降解塑料的可加工性和性质

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The use of synthetic and natural biodegradable plastics has been severely limited due to their strong sensitivity to processing conditions such as temperature. The object of our research is to develop novel biodegradable thermoplastic compositions and processing methods for making plastic articles reproducibly from soy protein isolate and corn starch. This paper discusses viable biodegradable soy protein-starch plastic that can be extruded and injection molded into articles of various shapes and sizes. The thermal and mechanical properties of the plastic indicate that it may be useful in many applications where the plastic must biodegrade in an environmentally-benign manner after service. Blending the biodegradable soy protein plastic with novel polyphosphate fillers greatly reduced its water sensitivity, allowing new uses in moist and load-bearing environments where the unfilled biodegradable plastic is not useable.
机译:由于它们对温度等加工条件的强敏感性强烈敏感,因此使用合成和天然生物降解的塑料的使用受到严重限制。我们的研究目的是开发新的可生物降解的热塑性组合物和从大豆蛋白分离物和玉米淀粉可重复制备塑料制品的加工方法。本文讨论了可行的可生物降解的大豆蛋白 - 淀粉塑料,可以挤出和注塑成各种形状和尺寸的制品。塑料的热量和机械性能表明它在许多应用中可能是有用的,其中塑料在服务后必须以环保的方式生物降解。用新型多磷酸盐填料混合可生物降解的大豆蛋白塑料大大降低了其水敏感性,允许新的用途在潮湿的可生物降解的塑料不可用的潮湿和承重环境中进行。

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