工程塑料应用
工程塑料應用
공정소료응용
ENGINEERING PLASTICS APPLICATION
2014年
7期
38-40
,共3页
单体浇铸尼龙%原位聚合%聚醚%MoS2
單體澆鑄尼龍%原位聚閤%聚醚%MoS2
단체요주니룡%원위취합%취미%MoS2
MC nylon%in-situ polymerization%polyether%MoS2
用原位聚合法制备了单体浇铸尼龙(MCPA)-聚醚嵌段共聚物/MoS2复合材料，并对其性能进行了表征。结果表明，聚醚和MoS2配合使用，可显著降低MCPA的磨耗体积并大幅度提高MCPA的断裂伸长率和缺口冲击强度，但会使MCPA的拉伸强度和硬度降低；随MoS2用量增加，复合材料的拉伸强度先升后降，断裂伸长率逐渐下降，缺口冲击强度、硬度、密度和磨耗体积基本没有变化。当MoS2质量分数为0.5%、聚醚预聚体的质量分数为8%时，复合材料具有最好的韧性和耐磨性。
用原位聚閤法製備瞭單體澆鑄尼龍(MCPA)-聚醚嵌段共聚物/MoS2複閤材料，併對其性能進行瞭錶徵。結果錶明，聚醚和MoS2配閤使用，可顯著降低MCPA的磨耗體積併大幅度提高MCPA的斷裂伸長率和缺口遲擊彊度，但會使MCPA的拉伸彊度和硬度降低；隨MoS2用量增加，複閤材料的拉伸彊度先升後降，斷裂伸長率逐漸下降，缺口遲擊彊度、硬度、密度和磨耗體積基本沒有變化。噹MoS2質量分數為0.5%、聚醚預聚體的質量分數為8%時，複閤材料具有最好的韌性和耐磨性。
용원위취합법제비료단체요주니룡(MCPA)-취미감단공취물/MoS2복합재료，병대기성능진행료표정。결과표명，취미화MoS2배합사용，가현저강저MCPA적마모체적병대폭도제고MCPA적단렬신장솔화결구충격강도，단회사MCPA적랍신강도화경도강저；수MoS2용량증가，복합재료적랍신강도선승후강，단렬신장솔축점하강，결구충격강도、경도、밀도화마모체적기본몰유변화。당MoS2질량분수위0.5%、취미예취체적질량분수위8%시，복합재료구유최호적인성화내마성。
MC nylon (MCPA)-polyether block copolymer/MoS2 composites were prepared by in-situ polymerization process, and their properties were investigated. The results indicate that with the use of polyether and MoS2,wear volume of MCPA decreases significantly,elongation at break and notched impact strength improve greatly,but tensile strength and hardness decrease. With the increase of MoS2 content,the tensile strength of the composite increases firstly and decreases lastly,elongation at break decreases but notched impact strength,hardness,density and wear volume have slight change. When the mass fraction of MoS2 and polyether is 0.5%and 8%respectively,the composite has best toughness and wear wear resistance.
