Research and Application on Magnesium Slag

Author:

Wang Si Yu1,Xiao Li Guang2,Zhou Qiang3,Xu Kai1,Chen Bao Li1,Wang Ji Feng1,Wu Zhi Zhong1

Affiliation:

1. Jilin Yatai Group

2. Jilin Jianzhu University

3. Changchun Institute of Technology

Abstract

The content of water glass in accordance with the size of range is a major factor in magnesium slag strength. The microstructure of the block of orthogonal testing three shows network-like, acicular, cotton wool attached to each other, the main hydration products are calcium silicate hydrate, needle-like ettringite and CSH gel, just the good combination among the hydration products the cementitious material get the ideal strength value. From the view of differential analysis curve, Ca (OH) 2 decomposed when the temperature reaches 500 °C -540 °C, Ca (OH) 2 generated by the calcium component within the cementitious material reaction with alkali, and the Ca (OH) 2 will participate in the reaction of hydrated calcium silicate gel, and enhance strength of the test block. From the TG thermal analysis we can see that there is no water loss in the process, the performance of ofmineral phase changes and thermal stability are great.

Publisher

Trans Tech Publications, Ltd.

Subject

General Engineering

Reference8 articles.

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2. Li Zhihua. Magnesia vacuum carbothermal reduction method [MS Thesis]. Yunnan: Kunming University of . (2002).

3. Huo Jichuan. Calcination of magnesium Slag Portland cement clinker [J]. Sichuan cement. (NO. 4. 1998).

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5. Dingqing Jun, Li Rui, Hu Shuguang, Lv Weisheng. Magnesium slag as cement admixture. Cement Works, 1998 (3) 37-39.

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3. Chemical, Mineralogical, and Morphological Characteristics of Pidgeon Magnesium Slag;Environmental Engineering Science;2016-04

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