Production process for synthesizing glass marble by using waste glass and glass marble
A waste glass and production process technology, applied in solid waste management, sustainable waste treatment, climate sustainability, etc., can solve the problems of wasting quartz stone mineral resources, harmful to workers' health, and difficult to degrade chemical components, and achieve the goal of using Wide range, not easy to chip, easy to process
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[0043] The fourth step, the preparation of glass marble
[0044] First add the bonding material configured in the first step and the glass particles configured in the second step into the mixer and stir at a low speed, and add the liquid-phase reaction synthesis agent configured in the third step, and continue to stir at a low speed. After the reaction has a certain viscosity, High-speed stirring is carried out. After high-speed stirring is completed, the cloth is placed in the abrasive tool and formed under the action of the assembly line press.
[0045] Wherein, the active glass powder provided by the present invention is the slurry of waste glass powder which is repeatedly ball-milled by adding water in a ceramic ball mill, and the product after drying.
[0046] Toner can be selected according to actual needs, no special instructions for comparison;
[0047] The active mineral powder is preferably based on highly active calcium ion powder and silicon dioxide as the main ma...
Embodiment 1
[0061] The first step, the configuration of the bonding material
[0062] By mass percentage, select 10% active glass powder, 2% ultrafine calcium powder, 1.5% color powder, 6% active mineral powder, 7.5% fly ash, 0.18% thixotropic agent, 3 / 0000 graphene, calcium ion Adsorbent 3 / 0000, active calcium oxide 1.5%, active magnesium oxide 1%, dicalcium silicate 7.5%, tricalcium silicate 46%, high alumina cement 8%, silica fume 9%, mixed to obtain a bond Material;
[0063] The content of graphene is the proportion of the total mass of the dicalcium silicate, the tricalcium silicate and the high alumina cement;
[0064] The second step, the configuration of glass particles
[0065] The waste glass is broken and classified and mixed according to the gradation to obtain glass particles;
[0066] The gradation is 4mm*8mm: 23.5%, 8mm*16mm: 21.5%, 16mm*30mm: 22%, 36mm*50mm: 19.8%, 50*100 mesh: 9.9%, 100*200 mesh: 3.3%;
[0067] The third step, the configuration of the liquid-phase rea...
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