High-water-permeability environment-friendly water-permeable brick produced by utilizing industrial residues and preparation method thereof
A technology of industrial waste residue and water permeability, applied in the field of building materials, can solve the problems of less raw material sources, poor water permeability, poor environmental protection, etc., and achieve the effects of good moisture retention, strong water permeability, and increased strength
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Embodiment 1
[0029] A highly permeable and environmentally friendly permeable brick produced by using industrial waste slag, including two parts: the surface layer and the bottom layer. 15% of small material, 18% of cement, in addition to the solid content whose sum of the above mass percentages is 100%, water accounting for 45% of the cement mass is also added; the surface layer material is prepared from the following ingredients: 18% of cement, 65% of quartz sand , 17% of decorative stone particles, in addition to the above-mentioned mass percentages summing up to 100% of the solid content and, also add water accounting for 45% of the cement mass.
[0030] In this embodiment 1, the fine sand fly ash particles are prepared from the following components by mass percentage: fly ash 78%, fine sand 14%, water glass 0.1%, cement 8%, except for the above mass percentages In addition to being 100% solid components, water that accounts for 35% of the cement mass is added.
[0031] In the present...
Embodiment 2
[0043] In this embodiment 2, its main features are:
[0044] A high-permeability environment-friendly permeable brick produced by using industrial waste slag, including two parts: the surface layer and the bottom layer. 17% of raw material, 20% of cement, in addition to the solid content whose sum of the above mass percentages is 100%, water accounting for 40% of the cement mass is also added; the surface layer material is prepared from the following ingredients: 15% of cement, 62% of quartz sand , Decorative stone particles 23%, in addition to the above mass percentages and the sum of 100% of the solid content and, also add water accounting for 47% of the cement mass.
[0045] In this embodiment 2, the fine sand fly ash particles are prepared from the following components by mass percentage: fly ash 75%, fine sand 15%, water glass 0.15%, cement 9.85%, except for the above mass percentages In addition to being 100% solid components, water that accounts for 30% of the cement m...
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