ANALISIS PENGARUH KETEBALAN ALUMUNIUM-FOIL
DAN WAKTU KERJA MESIN TERHADAP KERUSAKAN
KEMASAN KENTAL MANIS SACHET
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Institusion
Universitas Djuanda
Author
Muharram, Fardan Nur
Subject
Q Science (General)
Datestamp
2022-03-29 02:12:23
Abstract :
ABSTRACT FARDAN NUR MUHARRAM. B.1510855. Analysis of Effect Thickness Aluminum-foil and Machine Work Time on Damage Sachet Sweet Condensed Packaging. Supervised by Rosy Hutami and Sri Rejeki Retna Pertiwi. Sachet packaging has characteristics that are relatively inexpensive, have good barrier properties against water vapor and gas. However, sachet packaging also has the disadvantage of being easily damaged, the results of a preliminary study using causal analysis diagram and pareto diagram states that the thickness of aluminum-foil is thought to be a major factor in packaging damage such as neat or tangled packaging and visible inside of aluminum-foil . Therefore the researchers consider it important to analyze the influence of aluminum-foil thickness and machine working time on the damage to sachets. The method used in this study is a Factorial Complete Randomized Design (CRD) with the first treatment factor being the thickness of aluminum foil A1 (75µm), A2 (80µm) and A3 (85µm). The second treatment factor was machine work time B1 (2 hours), B2 (4 hours) and B3 (8 hours). Analysis of the data used is the ANOVA test and damage regression. The results showed 75µm aluminum-foil thickness resulted in an average damage of 1,513 sachets and 99.35% regression, 80µm aluminum-foil thickness content resulted in an average damage of 1,792 sachets and 99.69% regression and 85µm aluminum-foil thickness levels produced an average average damage of 3,603 sachets and 99.92% regression. This can prove that thicker aluminum-foil layer and the longer machine's working time, the higher level of damage. The high amount of damage caused by the machine is forced to work harder on media that exceeds the capacity of engine and cause a decrease in performance on the machine used. Keywords: sachet packaging, damage, aluminum-foil, machine
ABSTRACT FARDAN NUR MUHARRAM. B.1510855. Analysis of Effect Thickness Aluminum-foil and Machine Work Time on Damage Sachet Sweet Condensed Packaging. Supervised by Rosy Hutami and Sri Rejeki Retna Pertiwi. Sachet packaging has characteristics that are relatively inexpensive, have good barrier properties against water vapor and gas. However, sachet packaging also has the disadvantage of being easily damaged, the results of a preliminary study using causal analysis diagram and pareto diagram states that the thickness of aluminum-foil is thought to be a major factor in packaging damage such as neat or tangled packaging and visible inside of aluminum-foil . Therefore the researchers consider it important to analyze the influence of aluminum-foil thickness and machine working time on the damage to sachets. The method used in this study is a Factorial Complete Randomized Design (CRD) with the first treatment factor being the thickness of aluminum foil A1 (75µm), A2 (80µm) and A3 (85µm). The second treatment factor was machine work time B1 (2 hours), B2 (4 hours) and B3 (8 hours). Analysis of the data used is the ANOVA test and damage regression. The results showed 75µm aluminum-foil thickness resulted in an average damage of 1,513 sachets and 99.35% regression, 80µm aluminum-foil thickness content resulted in an average damage of 1,792 sachets and 99.69% regression and 85µm aluminum-foil thickness levels produced an average average damage of 3,603 sachets and 99.92% regression. This can prove that thicker aluminum-foil layer and the longer machine's working time, the higher level of damage. The high amount of damage caused by the machine is forced to work harder on media that exceeds the capacity of engine and cause a decrease in performance on the machine used. Keywords: sachet packaging, damage, aluminum-foil, machine
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