食品包装用纸的水分转移:实验室研究

Klaus Dölle
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引用次数: 0

摘要

自从公元前105年蔡伦在中国发明了纸以来,纸改变了人类的生活。可持续发展有利于纸作为包装介质取代塑料包装材料。对市售包装纸进行了实验室测试,以评估可能影响易腐货物包装的机械性能和蒸气透射率,从而进一步开发纸质包装材料。由于所分析的不同包装纸的基重、成分和预期用途不同,机械纸性能值的研究结果不能直接联系和比较。研究结果表明,涂层材料的应用会对纸张性能产生负面影响,但会降低在23°C和50%相对湿度下测量的蒸汽透过率,蜡涂层低于1.06 g,聚氯乙烯涂层低于0.3 g。不涂布的羊皮纸型纸制品,每240小时水蒸气透过率可达1.35 g。易腐货物包装的一个重要因素。因此,包装纸是专门为其预期用途和应用而设计的,包括在纸张材料上应用涂层以使易腐货物保持更长时间的新鲜。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Moisture Transfer of Paper for Food Packaging Applications: A Laboratory Study
Since paper has been invented in Chana in 105 BC by Cai Lun it has transformed human live. Sustainable developments favor paper as packaging media to replace plastic packaging materials. Laboratory tests were performed on commercially available packaging papers for the assessment of mechanical properties and vapor transmission rates that might affect the packaging of perishable goods to further develop paper-based packaging materials. Research results of the mechanical paper properties values cannot be directly related and compared between the different packaging papers analyzed due to their different basis weight, composition and intended use. Research results revealed that the application of a coating material can affect paper properties negatively but decrease the vapor transmission rate measured at 23°C and 50% relative humidity below 1.06 g for wax coating and 0.3 g for polyvinyl coatings. Parchment type paper products without coating can achieve a water vapor transmission rate of 1.35 g per 240 hours.  an important factor for packaging perishable goods. Therefore, packaging paper are specifically designed for their intended use and application including the application of a coating to the paper material to keep perishable goods longer fresh.
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