一旦冷却，这种熔渣就可以用来制砖或者铺路。
Once it has cooled, this slag can be used to make bricks or to pave roads.
从化学组成上看，鄂西赤铁矿尾矿、粘土、高岭土满足制砖的要求。
From the chemical composition aspect, all of hematite tailings in western Hubei, clay and Kaolin are feasible to produce tiles.
指出利用电石渣和粉煤灰生产水泥和制砖是处理工业废渣的最好途径。
It was indicated that using carbide slag and coal ash to produce cement and brick was the best way for the utilization of industrial waste slags.
一种高掺量污水处理淤泥烧结砖及其制备工艺，属于利用污泥制砖技术领域。
Provided are high content baked bricks of wastewater sludge treatment and a process for preparation thereof, which belongs to the technical field of brick making by sludge.
公司生产的砖机产品适用于以页岩，煤矸石，粉煤灰，粘土等为原料的制砖用户。
Company production brick machine products are applicable to shale, gangue, coal ash, clay as material of brick making users.
机器人在制砖工业的出现已不算新鲜——第一批机器人被安装在砖厂是1997年的冬天。
Robots aren't new in the brick industry—the first robots were installed in a brick plant in the winter of 1997.
比如我生产砖，要考虑在制砖时怎样只消耗最低限度的能源、最低限度的材料和最低限度的劳动力。
When I make bricks, how can I make the brick with the lowest amount of energy, the lowest amount of materials and the lowest amount of Labour?
因此，现在已经有越来越多的制砖商开始在其传统劳动密集的生产工艺中，采用这些高技术的自动化系统来取代人工劳动。
As a result, a growing number of brick manufacturers have recently begun replacing traditionally labor-intensive parts of their manufacturing processes with these high-tech, automated systems.
采用这种结合剂所制得的无定形捣打料和铝碳砖的耐压强度以及抗弯刚度均得到较大提高。
The compression strength and the bending rigidity of the refractory materials made from nano-clay modified phenolic resin anchoring agent were both improved.
仅存的陶器由手工捏制，在露天以“砖垛”状（一个用来形容篝火里一摞陶器的绝佳词语）烧制，而不是像罗马时代那样在窑内烧制。
The only pots remaining were shaped by hand, and fired, not in kilns as in Roman times, but in open 'clamps' (a smart word for a pile of pots in a bonfire).
制得高强度耐火粘土砖的试验结果表明：浸渍处理后的试样，常温耐压强度均获得了不同程度的提高，体积密度增加，气孔率下降。
The result shows that the compressive strength at normal temperature of impregnated samples is raised in varying degree, their bulk density is increased and the porosity is decreased.
制得高强度耐火粘土砖的试验结果表明：浸渍处理后的试样，常温耐压强度均获得了不同程度的提高，体积密度增加，气孔率下降。
The result shows that the compressive strength at normal temperature of impregnated samples is raised in varying degree, their bulk density is increased and the porosity is decreased.
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