Lightweight aggregate thermal-insulating mortar production equipment

Abstract

The invention relates to lightweight aggregate thermal insulating mortar production equipment. The lightweight aggregate thermal insulating mortar production equipment mainly comprises two overhead bunkers, two feeding and weighing devices, a zero gravity stirrer, a belt feeding device with a large dip angle, three lower bunkers, a control device, two negative pressure adjustable dust removal devices, two dry powder packaging machines, and an electrical device for system control. According to the lightweight aggregate thermal insulating mortar production equipment, the overhead bunkers are combined with the feeding and weighing devices to accurately feed relatively heavy cementing materials, so that feeding time is saved; the lower bunkers is combined with the feeding device with the large dip angle to realize the rapid and accurate feeding of lightweight aggregate, so that the damage on the lightweight aggregate is eliminated; and the zero gravity stirrer with an independent controllable fly cutter is combined with the negative pressure adjustable dust removal devices, so that the high yield ratio and speed of feeding can be ensured, the stirring uniformity is enhanced, and the environment is improved. The lightweight aggregate thermal insulating mortar production equipment has the advantages of accuracy in measurement, rapidness in feeding, no damage on the lightweight aggregate and uniformity in stirring, and has the characteristics of high production efficiency, favorable quality of finished products, and the like.

Description

technical field [0001] The utility model relates to a production equipment of light aggregate thermal insulation mortar, in particular to a production equipment of light aggregate thermal insulation mortar. Background technique [0002] At present, most of the equipment used in the production of dry powder thermal insulation mortar in my country is small ordinary mixers, and even large-scale mixers use ordinary reamer-type material addition methods. There are many defects in the traditional equipment: slow feeding speed; the extrusion effect of the reamer is too light to cause damage to the aggregate; the dynamic measurement accuracy of the reamer scale is relatively low; the labor efficiency of the workers is low and the environment is harsh. In view of the problems existing in traditional equipment, we have developed a device that can feed light aggregates quickly and without damage, and then form a complete set of equipment, while solving the problems of accurate measurem...

AI Technical Summary

Problems solved by technology

There are many defects in traditional equipment: slow feeding speed; the extrusion effect of the reamer is too light to cause damage to the aggregate; the dynamic measurement accuracy of the reamer scale is relatively low; the labor efficiency of workers is low and the environment is harsh

In view of the problems existing in traditional equipment, we have developed a device that can feed light aggregates quickly and without damage, and then form a complete set of equipment, while solving the problems of accurate measurement, fast addition, non-damage feeding and stirring, and low damage to finished materials Transportation problems, environmental protection and other issues, in order to meet the requirements of large-scale, high-efficiency, high-quality, energy-saving, and environmentally friendly modern production

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