Equipment for atomizing ultrafine powder, cement, water reducer and water for concrete mixing

Abstract

The invention relates to equipment for atomizing ultrafine powder, cement, water reducer and water for concrete mixing. The equipment comprises a plurality of material weighing and feeding cabins, a plurality of liquid weighing and feeding cabins, an atomizing cabin and a stirring cabin. The material weighing and feeding cabins and the liquid weighing and feeding cabins are arranged on the upper part of the atomizing cabin, the stirring cabin is fixed to the lower end of the atomizing cabin, blowers are arranged at discharge openings of the material weighing and feeding cabins, and atomizing chambers are arranged at discharge openings of the liquid weighing and feeding cabins. Compared with the prior art, the equipment has the beneficial effects that conventional mixing equipment is integrated and improved, and the mixing difficulty under a low water cement ratio is reduced by atomized mixing; a conventional mechanical cabin is remained, the cabin door is improved, a mechanical arm controls the semi-round cabin door to open and close, and a mixed material is can be eliminated conveniently and rapidly after improvement, and meanwhile, the material loss is reduced; by designing the weighing and feeding cabins, the material inputting proportion can be controlled effectively, so that the manpower and input are reduced, and the equipment is convenient and rapid.

Description

technical field [0001] The invention relates to a concrete mixing process, in particular to equipment for superfine powder, cement, water reducing agent and water atomization used for concrete mixing. Background technique [0002] Traditional concrete mixing equipment is difficult to achieve uniform mixing of mixtures with low water-cement ratio, and the materials are weighed manually, which seriously affects the mixing quality of the mixture. Although various mixing equipments that have been invented have achieved semi-automatic or even Fully automated, but there is still a single function of the equipment, it is difficult to replace the internal equipment after the equipment is damaged, and the mixture is difficult to discharge completely, and the interior cannot be cleaned, resulting in the residual mixture of the previous batch or even an earlier batch inside the machine. Affect the quality of the actual use of the mixture. Contents of the invention [0003] The objec...

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Problems solved by technology

[0002] Traditional concrete mixing equipment is difficult to achieve uniform mixing of mixtures with low water-cement ratio, and the materials are weighed manually, which seriously affects the mixing quality of the mixture. Although various mixing equipments that have been invented have achieved semi-automatic or even Fully automated, but there is still a single function of the equipment, it is difficult to replace the internal equipment after the equipment is damaged, and the mixture is difficult to discharge completely, and the interior cannot be cleaned, resulting in the residual mixture of the previous batch or even an earlier batch inside the machine. Affect the quality of the actual use of the mixture

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