Study and application of a glaze-surface putty of quick dry at room temperature;
常温快干釉面腻子的研制与施工
Glazed tile of good quality has been developed by utilizing waste-flyash as major raw material,as well as minor ceramic materials.
以粉煤灰为主要原料,以其他硅酸盐原料为辅助原料,试制出性能优良的陶瓷釉面砖。
In this research, optimum formulas for the body and glaze of once fast-fired glazed tile was obtained by making reference to their empirical recipes, conducting orthogonal experiments, using analytic instruments like SEM, rationalizing the choice of raw materials and adjusting the mol ratios of Al2O3, K2O and Na2O.
本研究参照经验配方,采用正交实验设计等实验方法,利用扫描电镜等现代分析手段,通过合理选择原料,在配方中调整SiO2、Al_2O_3、K_2O、Na_2O之间的摩尔比,确定了一次烧成釉面砖坯釉的最佳配方,在烧成中采用“阶梯式升温”与快、缓升温结合,对釉面质量起到了促进作用。
on the properties of the glazed tile were analyzed, and then the optimal flyash content in the batch and production process were determined.
以粉煤灰为主要原料,以其它硅酸盐原料做辅助料,试制出性能优良的陶瓷釉面砖。
A low temperature environment-friendly glaze formula for wine bottles was introduced, using SrO, B2O3 and BiO as the main fluxes with its fusion range between 900~1050℃, its optimal technical parameters were obtained and the effect of the preparation process on the glazing quality was discussed.
介绍了一种以氧化锶、氧化铋、氧化硼为主要熔剂,熔融温度范围在900～1050℃的适应酒瓶容器陶瓷环保低温釉的配方,并探讨了最佳工艺参数、生产工艺对釉面质量的影响。
TiO_2 powder and TiO_2 thin films on the surface of ceramic glaze were prepared by sol-gel method.
采用溶胶 凝胶法制备了TiO2 粉末和以釉面瓷砖为载体的TiO2 薄膜,讨论了不同Cr3+ 掺杂浓度对TiO2 光催化活性的影响,并采用UV VIS对其光学性能进行了检测。
The fritted glaze was melted at 1120℃,which was composed of boric acid and borax as mainflux,and the effect of chemical composition and process on glaze performance was discussed.
研制了一种以硼酸、硼砂为主要助熔剂,釉烧温度在1120℃的环保低温熔块釉,并探讨了其化学组成、生产工艺对该釉面性状的影响。