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1. 合肥工业大学汽车与交通工程学院
2. 天津大学机械学院
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Research and Application Status of Flammable Low CarbonRefrigerant Matching Flame Retardants. [J/OL]. Journal of refrigeration, 2025.
当前由温室效应和双碳目标掀起的新一轮制冷剂替代浪潮,要求新型制冷剂需在环保性、安全性和热物性等方面达到综合平衡。然而目前尚不存在一种完美替代制冷剂,如备受关注的低ODP、GWP制冷剂R290、R32、R1234yf等大多数都具有可燃性和安全隐患。为这些环保可燃制冷剂寻找综合性能优良的匹配阻燃剂,已成为现阶段制冷剂替代研究的重要方向之一。本文总结了近年来可燃制冷剂匹配阻燃剂的研究进展,主要针对不同种类的阻燃剂,概述了其对不同的可燃工质的阻燃效果评价,从阻燃性能、阻燃效果、阻燃机理和环保性能等角度分析了应用前景和发展趋势,给出可燃工质匹配阻燃剂的选择建议。
The current greenhouse effect and the "dual-carbon" goal set off a new wave of refrigerant substitution
requiring new refrigerants need to achieve a comprehensive balance between environmental protection
safety and thermal properties. However
there is no perfect alternative refrigerant
such as the low ODP
GWP refrigerants R290
R32
R1234yf
etc.
which have attracted much attention
and most of them have flammability and safety hazards. Finding matching flame retardants with excellent overall performance for these environmentally friendly flammable refrigerants has become one of the important directions of refrigerant substitution research at this stage. This paper summarises the research progress of matching flame retardants for combustible refrigerants in recent years
mainly focusing on different kinds of flame retardants
outlines the evaluation of their flame retardant effects on different combustible work materials
analyses the application prospects and future development trends from the perspectives of flame retardant performance
flame retardant effect
flame retardant mechanism and environmental performance
and gives suggestions for the selection of matching flame retardants for combustible work materials.
可燃制冷剂阻燃剂安全性阻燃特性现状
Flammable refrigerantsFlame retardantsSafetyFlame retardant propertiesCurrent status
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