LAUSR

This paper reviews the current evaluation methods of thermal protection performance and thermal comfort performance for fabric and clothing from standard and non-standard tests. The test environment includes thermal radiation, thermal convection, flash fire, and so on. The research of this paper will promote the formulation and improvement of the new standard of Fire clothing. The future researches on thermal protection performance, and thermal comfort performance should be closer to the real fire environment. At the same time, the study of relation between the thermal protection performance and the thermal comfort performance of fire-fighters’ clothing is reviewed. The shortcomings of current researches and the focus of future researches are expounded. This study not only provides guidelines and suggestions for the research, development, design and selection of fire-fighters’ clothing, but also helps to better understand the relationship between thermal protection performance and thermal comfort performance of fire fighter clothing. Meanwhile, it provides a reference for improving the testing methods and establishing the testing standards of fire fighter clothing.