Karakteristik Sifat Mekanik Wadah Makanan dari Limbah Daun Pisang Kering

Zilmi Azyurah Rahman, Hernawati Hernawati, Ayusari Wahyuni
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Abstract

The objective of this research is to determine the physical quality of food media, consisting of small plate, large plate and small bowl. The method used of this research is testing the water absorption and resistance of the food media’s temperature. The process of making a food media using a stainless steel mold which is heated using a food thermometer with 100   and a load of 10 kg as a pressure, then it is printed for 5 minutes with 4 times taking the data for each food media. There are two testing of food media, the first test is water absorption with 29.5  for 125 miles into a small plate, 200 miles into a small bowl and 250 miles into a large plate for 60 minutes, the average value of the water absorption test for the Non-woven food media consists of three forms food medias have 0.00  as the same result, meanwhile woven media such as small plate has 65.00 , large plate has 44.83 and small bowl has 66.68 .  Second test is resistance of the food medias based on temperature parameters. The temperatures used were 40, 60, 80 for non-woven food media consists of three forms food media which had few change after drying, while for woven food media consists three forms of food media had the same results, that is seepage (leaking) in the food media.
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干香蕉叶废物食品容器的机械特性
本研究的目的是确定由小盘子、大盘子和小碗组成的食物介质的物理质量。本研究采用的方法是测试食品介质的吸水性和耐温度。使用不锈钢模具制作食品介质的过程,使用100的食品温度计和10公斤的负荷作为压力加热,然后打印5分钟,4次取每种食品介质的数据。食品媒体的有两个测试,第一次测试是水吸收29.5 125英里到一个小板,200英里到一个小碗,60分钟250英里到一个大盘子,吸水试验的平均值为无纺布食物媒体包括三种形式媒体0.00相同的结果,与此同时编织媒体如小板65.00,大板66.68 44.83,小碗。第二个测试是基于温度参数的食品介质的抗性。对于由三种形式的食品介质组成的非织造食品介质,其干燥后变化不大,使用的温度分别为40、60、80℃,而对于由三种形式的食品介质组成的织造食品介质,其干燥后的结果相同,即食品介质中存在渗漏(泄漏)。
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