Choose regular manufacturers when ordering concrete mixing plants

A large amount of dust will be generated during the operation and use of the stabilized soil mixing station, causing great dust pollution. Environmental protection issues have always been a concern for stabilized soil mixing station manufacturers. Based on years of research and operation experience, dust pollution must be dealt with from the following aspects:

1. When ordering a stabilized soil mixing station, choose a regular manufacturer with equipment that has a systematic design for dust removal.

2. Manufacturers should adhere to the principle of responsibility when selling stabilized soil mixing stations, and should carefully explain to customers the optimal design of the dust removal system, scientific layout, and reasonable selection of dust removal equipment, and distribute a set of demonstration CDs.

3. During use, technical personnel must be assigned to operate and perform regular maintenance to prevent a large amount of dust pollution caused by improper use and untimely maintenance by users.

The following is a detailed introduction to the main functions and functions of each component:

It goes without saying that the mixing host plays the role of stirring. The mixer can be divided into forced mixing and self-falling mixing according to the different mixing methods. Forced mixers are currently the mainstream used in mixing stations in my country, while the main job of the self-falling mixing host is to mix flowing concrete, which is less commonly used in remixing stations.

Material conveying system:

At present, there are two main conveying methods in mixing stations, one is hopper conveying and the other is belt conveying. ,

Material weighing system is mainly used to prepare materials and control the accuracy of ingredients.

Material storage system

The material storage methods available for concrete are basically the same. Aggregates are stacked in the open air (there are also closed silos used in large urban commercial concrete mixing stations); powders are stored in fully enclosed steel structure silos; admixtures are stored in steel structure containers.