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스마트 의류의 사용환경 내구성 시험에 대한 국제 표준화 현황과 제품의신뢰성 향상 및 품질 관리를 위한 향후 과제

Current Status of International Standardization for Durability Test Methods in Smart Clothing and Future Challenges in Enhancing Product Reliability and Quality Control

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초록

Smart clothing products can experience a decrease in performance and reliability due to various mechan-ical, biological, and chemical stress factors that occur throughout their life cycle. These issues can hinder consumeracceptance of the products. This study aims to enhance the reliability of smart clothing and facilitate quality controlby analyzing and identifying the current status of international standardization for smart clothing and electronic tex-tiles (e-textiles). The focus of this analysis was on the durability test methods in the use environment. Furthermore,similar standards published by different standardization organizations for durability tests were compared in depth. Thestudy showed that a total of 27 international standards have been developed or are currently under development. Thecurrent standardization efforts mainly aim to develop functionality and durability test methods for smart clothing ande-textile products. A detailed comparison was made between two international standards (IEC 63023-204-1:2023 andAATCC TM210:2019) specifically in relation to the washing durability test method and the electrical resistance mea-surement standards (BS EN 16812:2016 vs AATCC EP13-2021), before and after the environmental exposure tests. Based on this comparison, several suggestions have been made and discussed for the future revision of these inter-national standards.

Abstract

Smart clothing products can experience a decrease in performance and reliability due to various mechan-ical, biological, and chemical stress factors that occur throughout their life cycle. These issues can hinder consumeracceptance of the products. This study aims to enhance the reliability of smart clothing and facilitate quality controlby analyzing and identifying the current status of international standardization for smart clothing and electronic tex-tiles (e-textiles). The focus of this analysis was on the durability test methods in the use environment. Furthermore,similar standards published by different standardization organizations for durability tests were compared in depth. Thestudy showed that a total of 27 international standards have been developed or are currently under development. Thecurrent standardization efforts mainly aim to develop functionality and durability test methods for smart clothing ande-textile products. A detailed comparison was made between two international standards (IEC 63023-204-1:2023 andAATCC TM210:2019) specifically in relation to the washing durability test method and the electrical resistance mea-surement standards (BS EN 16812:2016 vs AATCC EP13-2021), before and after the environmental exposure tests. Based on this comparison, several suggestions have been made and discussed for the future revision of these inter-national standards.

참고문헌 (43)

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