上海涂料
上海塗料
상해도료
Shanghai Coatings
2015年
10期
18-21
,共4页
边林防%任艳婷%刘洋%王晨
邊林防%任豔婷%劉洋%王晨
변림방%임염정%류양%왕신
石英粉%重钙粉%粉煤灰%断裂伸长率%拉伸强度
石英粉%重鈣粉%粉煤灰%斷裂伸長率%拉伸彊度
석영분%중개분%분매회%단렬신장솔%랍신강도
quartz powder%heavy calcium powder%flyash%elongation at break%tensile strength
聚合物水泥(JS)防水涂料常用的填料重钙粉与石英粉均属于非可再生资源.采用粉煤灰替代石英粉或重钙粉,考察了不同目数的三种填料对涂膜拉伸强度与断裂伸长率的影响.试验结果表明:粉煤灰作为填料的JS防水涂料的性能完全满足GB/T 23445—2009的要求.
聚閤物水泥(JS)防水塗料常用的填料重鈣粉與石英粉均屬于非可再生資源.採用粉煤灰替代石英粉或重鈣粉,攷察瞭不同目數的三種填料對塗膜拉伸彊度與斷裂伸長率的影響.試驗結果錶明:粉煤灰作為填料的JS防水塗料的性能完全滿足GB/T 23445—2009的要求.
취합물수니(JS)방수도료상용적전료중개분여석영분균속우비가재생자원.채용분매회체대석영분혹중개분,고찰료불동목수적삼충전료대도막랍신강도여단렬신장솔적영향.시험결과표명:분매회작위전료적JS방수도료적성능완전만족GB/T 23445—2009적요구.
The common fillers of JS waterproof coatings were heavy cacium powder and quartz powder which belong to the non-renewable resources. Using the flyash to replace quartz powder or heavy calcium powder,the influences of three kinds of filler with different mesh size on the tensile strength and elongation at break of coating were investigated. According to GB/T 23445—2009,the performance of JS waterproof coatings with the flyash as filler fully meet to the requirements.
