纤维复合材料
纖維複閤材料
섬유복합재료
FIBER COMPOSITES
2011年
1期
24-26
,共3页
贾丽霞%王春雨%丁新静%贾雪%王海峰%郭云竹
賈麗霞%王春雨%丁新靜%賈雪%王海峰%郭雲竹
가려하%왕춘우%정신정%가설%왕해봉%곽운죽
耐低温耐腐蚀%氟碳化合物(Fa%Fb)%树脂基复合材料%低温浸泡%性能
耐低溫耐腐蝕%氟碳化閤物(Fa%Fb)%樹脂基複閤材料%低溫浸泡%性能
내저온내부식%불탄화합물(Fa%Fb)%수지기복합재료%저온침포%성능
Low temperature corrosion%Fluoroearbons（Fa,Fb）%Resin matrix composites%Soaking in low temperature%Performance
研制了一种耐低温耐腐蚀树脂基复合材料，记为S2／EpD。该材料在低温-40℃的两种氟碳化合物（记为Fa、Fb）里分别浸泡1000h后，其层间剪切强度保持率均大于85％，且复合材料外观无显著变化。S2／EpD复合材料单向环在Fa氟碳化合物里浸泡1000h后，层间剪切强度保持率为86．4％；在Fb氟碳化合物里浸泡1000h后，层间剪切强度保持率为90．3％。S2／EpD复合材料采用自制环影酸酐配方，以高强玻璃纤维（S2）为增强材料，通过湿法纤维缠绕成型制作。
研製瞭一種耐低溫耐腐蝕樹脂基複閤材料，記為S2／EpD。該材料在低溫-40℃的兩種氟碳化閤物（記為Fa、Fb）裏分彆浸泡1000h後，其層間剪切彊度保持率均大于85％，且複閤材料外觀無顯著變化。S2／EpD複閤材料單嚮環在Fa氟碳化閤物裏浸泡1000h後，層間剪切彊度保持率為86．4％；在Fb氟碳化閤物裏浸泡1000h後，層間剪切彊度保持率為90．3％。S2／EpD複閤材料採用自製環影痠酐配方，以高彊玻璃纖維（S2）為增彊材料，通過濕法纖維纏繞成型製作。
연제료일충내저온내부식수지기복합재료，기위S2／EpD。해재료재저온-40℃적량충불탄화합물（기위Fa、Fb）리분별침포1000h후，기층간전절강도보지솔균대우85％，차복합재료외관무현저변화。S2／EpD복합재료단향배재Fa불탄화합물리침포1000h후，층간전절강도보지솔위86．4％；재Fb불탄화합물리침포1000h후，층간전절강도보지솔위90．3％。S2／EpD복합재료채용자제배영산항배방，이고강파리섬유（S2）위증강재료，통과습법섬유전요성형제작。
The development of a low temperature - corrosion resistant resin - based composite materials, denoted S2/ EpD. The materials at low temperature -40℃ two fluorocarbons （denoted by Fa, Fb） were soaked in 1 000h, its interlaminar shear strength retention rate of more than 85%, and the composite was no significant change in appearance. S2/EpD composite unidirectional ring in the Fa fluorocarbon immersion 1000h, the interlaminar shear strength retention rate was 86.4% ; Fb fluorocarbon soak in 1 000h, the interlaminar shear strength retention rate was 90.3 %. S2/EpD composite materials using self - made epoxy/anhydride formulation, to high - strength glass fiber （ S2 ） for the reinforced material, produced by wet filament winding molding.
