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J. Korean Ceram. Soc. > Volume 34(1); 1997 > Article
Journal of the Korean Ceramic Society 1997;34(1): 45.
비정질 규산원료를 이용한 칼슘실리케이트 수화물 합성과 역학적 특성
엄태선, 최연묵1, 최상흘1
쌍용중앙연구소 콘크리트연구실
1한양대학교 무기재료공학과
The Synthesis and Mechanical Property of Calcium Silicate Hydrates Using the Amorphous Silicates
ABSTRACT
Various kinds of amorphous silicates were used as raw materials to synthesize building materials based on calcium silicate hydrates. Relationships between the reactivities of silicates and castabilities of the building materials were investigated. In addition, effects of the reactivities of silicates on the mechanical properties of casted specimens were studied by analyzing microstructures and hydrates produced. As the reactivity of silicate increase, the press castability increases and the crystal size of hydrate and pore size also increase. For the mechanical properties, the flexural strength increases with decreasing crystal size and densifing microstructure. The compressive strength is greatly dependent on the den-sification of microstructure rather than crystal size of hydrate. Based on the results, diatomous ma-terials are desirable due to high reactivity and formation of densified microstructure. Slag and fly ash may be partially used as raw materials with amorphous silicates to manufacture building materials based on calcium silicate hydrates.
Key words: Calcium silicate hydrates, Amophous silicates, Microstructure, Autoclave curing, Building material
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