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消防员灭火防护服减层结构及其热防护性能评价 被引量:3

Layer reduction structure and thermal protection performance evaluation of fire fighting protective clothing for firemen
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摘要 介绍了消防员灭火防护服减层结构的实现方式,运用国内外不同的热防护性能评价方法,对标准4层组合面料及3层、2层减层结构组合面料进行评价,并采用热人仪测试不同组合面料制成的灭火防护服的防护效果。结果表明,3层和2层减层结构组合面料能达到标准4层组合面料的性能,满足消防员灭火防护服要求,符合轻质化发展趋势。 The realization of layer reduction structure of fire fighting protective clothing for firemen was introduced.The standard 4-layer composite fabric,and the reduction layer structure composite fabrics with 3-layer and 2-layer were evaluated by using different evaluation methods of thermal protection performance at home and abroad,and protective effect of fire fighting protective clothing made of different composite fabrics was tested by thermoman.The results showed that the performance of the reduction layer structure composite fabrics with 3-layer and 2-layer could reach that of standard 4-layer composite fabric,meet the requirements of fire fighting protective clothing,and in line with the development trend of lightweight.
作者 刘亚光 Liu Yaguang(IBENA Shanghai Technical Textiles Co.,Ltd.,Shanghai 201514,China)
出处 《产业用纺织品》 2024年第3期44-50,共7页 Technical Textiles
关键词 消防员灭火防护服 减层结构 热防护性能值(TPP) 热防护性能评估(TPE) 热传递指数(HTI) 热辐射传导指数(RHTI) fire fighting protective clothing for firemen layer reduction structure thermal protective performance(TPP) thermal performance estimate(TPE) heat transfer index(HTI) radiant heat transfer index(RHTI)
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