Magnesium-Based Cementitious Materials: Developments and Applications provides a comprehensive and systematic overview for readers, covering reaction mechanisms, theoretical ratios and practical production application techniques. The book begins by examining the raw materials of magnesium-based cementitious materials. It then goes on to cover: the reaction mechanisms and mole ratios of chloromagnesium cementitious materials, sulfomagnesium cementitious materials, sulfoclay composite cementitious materials, and phosphomagnesium cementitious materials; processes and related equipment, including the overview and mechanism explanations of the mixing process, foaming process, molding process, demolding process, curing process, and post-processing process; finally, it looks at the application of magnesium-based cementitious materials in high value-added application fields such as building materials, insulation, special materials, medical materials, and new energy.
Table of Contents
1. Introduction2. Raw Materials of Magnesium-based Cementitious Materials
3. Theoretical Mix Ratio
4. Process and Related Equipment
5. Magnesium-based Cementitious Materials Products
Authors
Yong Yang Shandong Meijiatu New Materials Technology Co, China.Yong Yang is the general manager of Shandong Meijiatu New Materials Technology Co., Ltd. He also serves as the vice president of the China Magnesite Association and is a senior engineer. He graduated from Shandong University of Technology in 2004 and joined the Shandong Institute of Building Science. Since 2007, he has successively established several new companies. He has been engaged in the research, production, and application of magnesium-based cementitious materials for 20 years
Tinglu Song Beijing Institute of Technology, China. Dr Tinglu Song has BSc, MSc and PhD degrees from the Beijing Institute of Technology. He has been an associate professor at the Institute since 2008. His research interests include refractory modification, analog calculation, modification and application of high-energy composite materials, polymer flame retardant materials, and experimental technology for surface analysis
