陕西科技大学学报（自然科学版）
陝西科技大學學報（自然科學版）
협서과기대학학보（자연과학판）
JOURNAL OF SHAANXI UNIVERSITY OF SCIENCE & TECHNOLOGY
2014年
4期
5-9
,共5页
徐永建%宋夏鸽%左磊刚%柴发萍
徐永建%宋夏鴿%左磊剛%柴髮萍
서영건%송하합%좌뢰강%시발평
玻璃纤维%玻璃棉%沉降指数%Zeta电位%分散性能
玻璃纖維%玻璃棉%沉降指數%Zeta電位%分散性能
파리섬유%파리면%침강지수%Zeta전위%분산성능
glass fiber%glass wool%settlement index%Zeta potential%dispersing performance
为提高玻纤玻棉及其浆料系统的稳定性能，通过测定其悬浮液体系沉降指数和Zeta电位的方法，系统地研究了玻纤玻棉浓度、玻纤配比、pH值和粘结剂添加量等因素对玻纤玻棉浆料稳定性的影响．结果表明：浆料浓度越小，悬浮液沉降指数越大，分散效果越好；玻纤配比为53％时，浆料沉降指数最大，Zeta电位最负，系统稳定性最好；pH＝2．5，粘结剂添加量为7％时，浆料沉降指数最大，Zeta电位处于微负值处，浆料性能最好．
為提高玻纖玻棉及其漿料繫統的穩定性能，通過測定其懸浮液體繫沉降指數和Zeta電位的方法，繫統地研究瞭玻纖玻棉濃度、玻纖配比、pH值和粘結劑添加量等因素對玻纖玻棉漿料穩定性的影響．結果錶明：漿料濃度越小，懸浮液沉降指數越大，分散效果越好；玻纖配比為53％時，漿料沉降指數最大，Zeta電位最負，繫統穩定性最好；pH＝2．5，粘結劑添加量為7％時，漿料沉降指數最大，Zeta電位處于微負值處，漿料性能最好．
위제고파섬파면급기장료계통적은정성능，통과측정기현부액체계침강지수화Zeta전위적방법，계통지연구료파섬파면농도、파섬배비、pH치화점결제첨가량등인소대파섬파면장료은정성적영향．결과표명：장료농도월소，현부액침강지수월대，분산효과월호；파섬배비위53％시，장료침강지수최대，Zeta전위최부，계통은정성최호；pH＝2．5，점결제첨가량위7％시，장료침강지수최대，Zeta전위처우미부치처，장료성능최호．
In order to improve the stability performance of glass fiber and its slurry system , this paper studied on the relation between dispersing performance and the concentration of glass fiber ,the proportion of glass fibers to glass wool ,pH and the addictive amount of binder by measuring its settlement index and Zeta potential .The obtained results are as fol-lows :The smaller the slurry concentration ,the larger the slurry settlement index ,and the better the dispersion;The slurry settlement index is the largest ,Zeta potential is in the most negative and the system stability is also the best w hen the proportion of glass fibers is 53% ;The slurry settlement index is the largest ,Zeta potential is in the micro negative and the slurry performance is the best w hen the optimal addictive amount of binder is 7% and pH=2.5.
