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Effect of the interface Control process of wood fiber/PLA on properties of composites

机译:木纤维/ PLA界面控制过程对复合材料性能的影响

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Biodegradable composites of wood fiber/PLA were fabricated by using stearic acid and titanate's regulation on the interface of wood fiber/PLA with injection molding processing. The effects of the dosage of regulation agent on the mechanical and biodegradable properties were discussed. The results reveal that the tensile strength and impact strength were fabricated greatly after the process of regulation agent on wood fiber, however, the effect of titanate is much better than that of stearic acid as regulation agent. Both of them could improve the biodegradable properties of the composite.
机译:通过使用硬脂酸和钛酸钛酸盐对木纤维/ PLA界面的可生物降解的木纤维/ PLA复合材料,采用注射成型加工。讨论了调节剂剂量对机械和可生物降解性能的影响。结果表明,在木纤维的调节剂过程之后大大制造了拉伸强度和冲击强度,但是钛酸盐的效果远优于硬脂酸作为调节剂。它们都可以改善复合材料的可生物降解性质。

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