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Production method of the seaweeds fiber-reinforced biology composite materials and the biology composite material which uses hot pulverization technology

机译:海藻纤维增强生物复合材料的生产方法及采用热粉碎技术的生物复合材料

摘要

As for this invention, introducing the seaweeds fiber-reinforced biology composite materials, and hot pulverization technology, the seaweeds fibers as the reinforcement introducing hot pulverization process into the biology composite material and the production process which are easy to the environment which is produced by forming under hot pressurizing the seaweeds fibers which relate to the production method of the dispersed possible biology composite material uniformly, furthermore as for details, are obtained from the seaweeds by solvent extraction and decolorization as the reinforcement, in the biology composite material the seaweeds fibers in production method of the biology composite material which uses dispersed possible hot pulverization technology uniformlyIt regards. This invention, being the method of producing the high-molecular sample and the biology composite material which consists of the reinforcement making use of hot pulverization technology, the step which dries the seaweeds fibers and, drying step and the seaweeds fibers which pulverize the seaweeds fibers which are dried, pulverizing and dissociating and drying step and the high-molecular sample which obtain the minute fiber particle mixing with the step which pulverizes step and the biodegradation characteristic macromolecule or the general-purpose high-molecular high-molecular sample which remove the moisture to powdered and the seaweeds fibers and the high-molecular sample powder which is dried, one shape blend of the seaweeds fibers and the high-molecular sample powderCompressing forming under step and fill up the aforementioned blend in the die step and the hot pressurization which produce, the step which produces the biology composite material and, it includes. Selective figure Figure 1
机译:对于本发明,通过引入海藻纤维增强生物复合材料和热粉碎技术,将海藻纤维作为增强剂,将热粉碎过程引入到生物复合材料中,并且易于通过成型而产生的环境下进行生产。在对海藻纤维进行热加压的过程中,该海藻纤维均匀地分散于可能的生物复合材料的生产方法,此外,具体地,通过溶剂萃取和脱色作为增强剂从海藻中获得海藻纤维。均匀地使用分散的可能的热粉碎技术的生物复合材料的方法。本发明是通过利用热粉碎技术进行增强而得到的高分子样品和生物复合材料的制造方法,将海藻纤维干燥的工序,以及干燥工序以及将海藻纤维粉碎的海藻纤维。干燥,粉碎,离解,干燥工序,以及将微细的纤维粒子与粉碎工序,生物降解特性高分子或除去水分的通用高分子高分子试样混合而得到的微细纤维粒子的高分子样品。制成粉状并干燥的海藻纤维和高分子样品粉末,将海藻纤维和高分子样品粉末的一种形状的共混物在步骤中压缩成型并在模头步骤中填充上述共混物,并进行热加压,是生产生物复合材料的步骤,包括。<选择图> F图1

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