CAJ | 학술논문

通过改变普通硅酸盐水泥与铝酸盐水泥二元体系的比例，测试瓷砖胶的早期、水养和热养拉伸胶粘强度的变化趋势，研究两种三元胶凝材料体系对瓷砖胶拉伸胶粘强度的影响。结果表明：以铝酸盐水泥为主的胶凝材料可满足胶粘强度技术要求。最后，结合其水化结果进行机理分析。
통과개변보통규산염수니여려산염수니이원체계적비례，측시자전효적조기、수양화열양랍신효점강도적변화추세，연구량충삼원효응재료체계대자전효랍신효점강도적영향。결과표명：이려산염수니위주적효응재료가만족효점강도기술요구。최후，결합기수화결과진행궤리분석。
Changing the ratio of the ordinary portland cement (OPC)to aluminate cement (AC)binary cementitious sys-tem ceramic tiles adhesive,the early tensile adhesive strength on conditions of water curing and hot curing were tested. Two types of ternary cementitious system influence on ceramic tiles adhesive tensile adhesive strength were investigated. The results show that aluminate cement dominance ternary cementitious system can meet the technical requests of adhe-sive strength.At last,the mechanism analysis of the hydration products of AC dominance ternary cementitious system is given.