武汉科技大学学报（自然科学版）
武漢科技大學學報（自然科學版）
무한과기대학학보（자연과학판）
Journal of Wuhan University of Science and Technology (Natural Science Edition)
2015年
5期
341-345
,共5页
刘立立%段辉%顾华志%从善海%王维君%陶华斌
劉立立%段輝%顧華誌%從善海%王維君%陶華斌
류립립%단휘%고화지%종선해%왕유군%도화빈
中空玻璃微珠%硅溶胶%二氧化钛%包覆%隔热涂料%隔热性能%强度
中空玻璃微珠%硅溶膠%二氧化鈦%包覆%隔熱塗料%隔熱性能%彊度
중공파리미주%규용효%이양화태%포복%격열도료%격열성능%강도
hollow glass beed%silica-sol%titanium dioxide%coating%heat insulation paint%thermal in-sulation property%strength
采用硅溶胶和钛白粉直接包覆法，制得硅溶胶/金红石型二氧化钛包覆中空玻璃微珠，并利用 SEM、EDS 和导热系数测定研究不同包覆条件对中空玻璃微珠强度及隔热性能的影响。结果表明，硅溶胶单独包覆中空玻璃微珠和硅溶胶/钛白粉复合包覆中空玻璃微珠均能形成包覆层，可增大中空玻璃微珠强度，但硅溶胶单独包覆会减弱涂料的隔热效果；当中空玻璃微珠、硅溶胶、钛白粉质量比为3∶1∶1时，复合包覆后中空玻璃微珠所制隔热涂料的强度和隔热性能达到最佳值。
採用硅溶膠和鈦白粉直接包覆法，製得硅溶膠/金紅石型二氧化鈦包覆中空玻璃微珠，併利用 SEM、EDS 和導熱繫數測定研究不同包覆條件對中空玻璃微珠彊度及隔熱性能的影響。結果錶明，硅溶膠單獨包覆中空玻璃微珠和硅溶膠/鈦白粉複閤包覆中空玻璃微珠均能形成包覆層，可增大中空玻璃微珠彊度，但硅溶膠單獨包覆會減弱塗料的隔熱效果；噹中空玻璃微珠、硅溶膠、鈦白粉質量比為3∶1∶1時，複閤包覆後中空玻璃微珠所製隔熱塗料的彊度和隔熱性能達到最佳值。
채용규용효화태백분직접포복법，제득규용효/금홍석형이양화태포복중공파리미주，병이용 SEM、EDS 화도열계수측정연구불동포복조건대중공파리미주강도급격열성능적영향。결과표명，규용효단독포복중공파리미주화규용효/태백분복합포복중공파리미주균능형성포복층，가증대중공파리미주강도，단규용효단독포복회감약도료적격열효과；당중공파리미주、규용효、태백분질량비위3∶1∶1시，복합포복후중공파리미주소제격열도료적강도화격열성능체도최가치。
Silica-sol/rutile TiO 2 coated hollow glass beeds (HGB)were prepared by direct cladding method with silica-sol and titanium dioxide as the raw materials.The effect of different coating condi-tions on the strength and thermal insulation properties of HGB was characterized by SEM,EDS and determination of thermal conductivity.The results show that both silica-sol and silica-sol/rutile TiO 2 can be enwrapped on the surface of HGB and increase its strength as a consequence.However,the paint prepared by silica-sol coated HGBs exhibits relatively inferior thermal insulation effect.When the weight ratio of HGB,silica-sol and TiO 2 is 3∶1∶1,the strength and thermal insulation proper-ties of the paint prepared by silica-sol/rutile TiO 2 coated HGB are the optimal.
