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Abstract

The purpose of this paper is to investigate the feasibility of using recycled glass sand as filler for epoxy mortar floor intermediate coating. Four physical properties and 10 chemical reagents are studied. The particle size of recycled glass sand and the type of hardening agent are two important factors that may influence these physical properties and chemical reagents. Thus, an L₉ orthogonal array is used for the experiments. The optimum factor level combination is found by minimizing the total quality loses of these physical properties and chemical reagents. The results show that the optimum factor level combination meets all the specifications of these physical properties and chemical reagents. Thus, recycled glass sand can be reused as filler for epoxy mortar floor intermediate coating. Therefore, the goal of saving energy, reducing carbon consumption and producing green building material can be achieved.

Keywords

Recycled glass sand epoxy mortar floor experimental design multiple quality characteristics green engineering

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A study of the physical properties and chemical reagents of epoxy mortar floor intermediate coating using recycled glass sand as filler

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