工程塑料应用
工程塑料應用
공정소료응용
ENGINEERING PLASTICS APPLICATION
2013年
4期
13-17
,共5页
高雷%祝岩婷%王志伟%陈冬梅%李荣勋
高雷%祝巖婷%王誌偉%陳鼕梅%李榮勛
고뢰%축암정%왕지위%진동매%리영훈
EVAC%膨胀型阻燃剂%锥型量热仪%燃烧性能%火灾性能指数
EVAC%膨脹型阻燃劑%錐型量熱儀%燃燒性能%火災性能指數
EVAC%팽창형조연제%추형량열의%연소성능%화재성능지수
EVAC%expansion type flame retardant%cone calorimeter%combustion performance%fire performance index
采用不同质量配比的聚磷酸铵(APP)、季戊四醇(PER)、三聚氰胺(MEL)制备磷氮膨胀型阻燃剂(IFR)体系,用以阻燃乙烯-乙酸乙烯酯共聚物(EVAC),探讨了三种组分配比对EVAC阻燃性能和力学性能的影响。用拉伸性能评价IFR与EVAC相容性对力学性能的影响。利用锥形量热仪(CONE)评价IFR用量对EVAC阻燃性能和燃烧火灾性能参数的影响及阻燃机理。结果表明,PER与EVAC的相容性优于APP与EVAC的相容性;在IFR体系添加量为30份,APP∶PER=4∶1时氧指数最高,达到28.5%,材料的垂直燃烧测试可达UL-94 V-0级,水平燃烧测试达到HB级;CONE测试表明当阻燃剂IFR添加量为30%时,EVAC的火灾性能指数提高,生烟速率下降。
採用不同質量配比的聚燐痠銨(APP)、季戊四醇(PER)、三聚氰胺(MEL)製備燐氮膨脹型阻燃劑(IFR)體繫,用以阻燃乙烯-乙痠乙烯酯共聚物(EVAC),探討瞭三種組分配比對EVAC阻燃性能和力學性能的影響。用拉伸性能評價IFR與EVAC相容性對力學性能的影響。利用錐形量熱儀(CONE)評價IFR用量對EVAC阻燃性能和燃燒火災性能參數的影響及阻燃機理。結果錶明,PER與EVAC的相容性優于APP與EVAC的相容性;在IFR體繫添加量為30份,APP∶PER=4∶1時氧指數最高,達到28.5%,材料的垂直燃燒測試可達UL-94 V-0級,水平燃燒測試達到HB級;CONE測試錶明噹阻燃劑IFR添加量為30%時,EVAC的火災性能指數提高,生煙速率下降。
채용불동질량배비적취린산안(APP)、계무사순(PER)、삼취청알(MEL)제비린담팽창형조연제(IFR)체계,용이조연을희-을산을희지공취물(EVAC),탐토료삼충조분배비대EVAC조연성능화역학성능적영향。용랍신성능평개IFR여EVAC상용성대역학성능적영향。이용추형량열의(CONE)평개IFR용량대EVAC조연성능화연소화재성능삼수적영향급조연궤리。결과표명,PER여EVAC적상용성우우APP여EVAC적상용성;재IFR체계첨가량위30빈,APP∶PER=4∶1시양지수최고,체도28.5%,재료적수직연소측시가체UL-94 V-0급,수평연소측시체도HB급;CONE측시표명당조연제IFR첨가량위30%시,EVAC적화재성능지수제고,생연속솔하강。
Phosphorus and nitrogen intumescent flame retardant (IFR)was prepared by adding different ratio of quality of ammonium polyphosphate (APP),pentaerythritol (PER),melamine (MEL)which was used for flame retardant EVAC.The effect of component ratio on the flame retardant properties and mechanical properties of EVAC was tested.Tensile performance was used to evaluate mechanical properties of EVAC/IFR.The cone calorimeter (CONE)was used to evaluate the effect of IFR amount on the EVAC flame retardant properties and combustion fire performance parameters and flame retardant mechanism.The results show that the compatibility of PER and EVAC is better than APP and EVAC.While IFR content is 30%,APP∶PER=4∶1,the highest oxyphren index of the composites reach 28.5.The vertical combustion test of material can reach UL94 V-0 level,the level combustion test reach HB level.CONE test show that when IFR content is 30%,fire performance index of EVAC increase and smoke generation rate decrease.