A Study on Antibacterial REGULATIONS and Functional of Bamboo Fiber Pillow Cover

Purpose: The purpose of this study is to identify the antibacterial properties of hemp fiber pillowcases, and af-ter analyzing the superiority of the hemp fiber pillowcases before and after use and through IPA, marketing plan for hemp fiber pillowcases applying the research results would like to propose. Method: In order to achieve this objective, a corresponding sample T-test and IP matrix were prepared to inves-tigate the difference between the antibacterial test and the functionality of bamboo fibers. Results: The research results and implications through empirical analysis are presented as follows. First, the an-tibacterial properties of bamboo fibers against Staphylococcus aureus, Escherichia coli, and pneumococcus are 99.9%, and it has been found that bamboo fiber is a material with excellent utility as a pillow cover, so it can be said that commercialization is possible. Second, as a result of the corresponding sample T-test, it was found that there were significant differences in convenience, hygiene, and fragrance in order to examine the difference in the functionality of bamboo fibers before and after use. This means that the hemp fiber pillow cover is highly hygienic with excellent single-use convenience and antibacterial properties, and the fragrance is an item that needs im-provement. Therefore, for commercialization, it is necessary to further develop convenience and hygiene and to conduct research and development to control fragrance. Third, among the functional items of the bamboo fiber pillow cover by IPA, ventilation, material, cleanliness, convenience, feel, hygiene, and dryness showed high satis-faction, and fragrance was found to be an item that needs improvement. Therefore, bamboo fiber is used as a pillow cover, and it can be said that it is a very suitable material in terms of antibacterial properties and function-ality. Conclusion: Therefore, bamboo fiber is used as a pillow cover, and it can be said that it is a very suitable mate-rial in terms of antibacterial properties and functionality.