Engineering large-scale batching plant equipment, green and new direction of development. Faced with the ever-changing changes in the current situation, large-scale batching plants are also facing a corresponding reform. Nowadays, with the rapid economic development, the demand for concrete machinery has also risen. However, the concrete equipment on the market has emerged in an endless stream, and its quality is even better. Among these products, some products already have the features of a certain level of automation, high weighing accuracy, good batching station quality, and low investment. At the same time, there are also some manufacturers who attract buyers with low prices, and the technical parameters of the equipment have already stayed in the traditional situation.
First of all, from the accuracy of the device. The precision of large-scale batching plant equipment is mainly reflected in the four aspects of aggregate, cement, admixtures and water. For aggregates, the accuracy is generally controlled at about 2%, cement is at about 1%, the admixture is generally about 1%, and who is at about 1%. For aggregates, the weighing is usually weighed using a hopper or belt scale. The belt weigher is usually a cumulative weighing and the weighing hopper is divided into cumulative and individual weighing. Weighing of cement and other powders is also divided into two methods: single and cumulative weighing. Admixtures are divided into volumetric, masstric, and pulsed metering methods depending on the nature of the admixture. For water, it is also divided into 2 measurement methods, namely volumetric and weighing. Ensuring the accuracy of raw materials delivery is the key to producing high-quality goods. If the equipment is improved in accuracy, it is undoubtedly more powerful for the equipment.
Secondly, for large-scale batching palnts, the main purpose is to produce quality goods. Therefore, the selection of raw materials is also particularly important. With the growing demand for green environmental protection of equipment, the selection of equipment raw materials has also been affected. As far as additives are concerned, industrial solid waste such as fly ash, slag, water slag, carbide slag, etc. should be used in place of the processing consumption of conventional special coarse powder mills. Secondly, in terms of aggregates, relevant industries can also be reused to make full use of resources to achieve resource conservation.
Furthermore, in the control of large-scale batching plant equipment, it is necessary to further reform and realize full-scale intelligence in order to free up manpower. The development of the era, fully automatic equipment is the inevitable development. To always occupy a place in the concrete machinery industry, humanization and intelligence of the control system are indispensable.