The facility includes concrete mixing equipment, concrete transportation equipment, laboratory equipment, loaders, weighing equipment, ground pumps, truck-mounted pumps, and more.
The concrete batching plant is primarily composed of five major systems: the mixing host, material weighing system, material conveying system, material storage system, and control system, along with other auxiliary facilities. Due to the reduction of four intermediate links in the measurement of floor aggregates compared to that of the batching plant, and the vertical downward material measurement, it saves measurement time, significantly improving production efficiency. In the same model, the production efficiency of a batching tower is one-third higher than that of a batching plant. For instance, the production efficiency of an HLS90 tower is equivalent to that of an HZS120 plant, the HLS120 tower is equivalent to an HZS180 plant, and the HLS180 tower is equivalent to an HZS240 plant.
The concrete mixing station, also known as a precast concrete plant, is a combined unit designed for centralized mixing of concrete. Due to its high degree of mechanization and automation, it boasts high productivity while ensuring the quality of concrete and conserving cement. It is commonly used in large and medium-sized water conservancy, power, and bridge projects where there is a substantial volume of concrete work, long construction periods, and concentrated work sites. With the development of urban construction, mixing stations that provide centralized mixing and ready-mixed concrete offer significant advantages, leading to their rapid growth. They also facilitate the promotion of concrete pumping construction, creating conditions for the integrated operation of mixing, conveying, and casting machinery.
Feature
The concrete batching plant is a construction material manufacturing equipment composed of five main systems: the mixing host, material weighing system, material conveying system, material storage system, and control system, along with other auxiliary facilities. Its primary working principle involves using cement as the binder to mix and blend raw materials such as sand, stone, lime, and coal slag, and then producing concrete for use as wall materials in construction. Since its introduction, the concrete batching plant has played a significant role in the construction materials industry in our country, which is naturally determined by the superior characteristics inherent to the batching plant itself.
The concrete mixing station is primarily divided into four sections: sand and stone feeding, powdered material feeding, water and additive feeding, as well as conveying, mixing, and storage. The equipment is fully made of integrated steel structure casting, with H-section steel not only providing an aesthetically pleasing and generous appearance but also enhancing the overall structural strength of the concrete mixing station. The equipment is easy to install and can be applied to various complex terrain structures.
The concrete mixing station boasts excellent mixing capabilities. The equipment features a spiral double horizontal-axis强制式搅拌主机, which not only delivers powerful mixing performance but also achieves superior mixing results for dry, hard, plastic, and variously proportioned concrete. Moreover, the mixing is even and highly efficient.
The concrete batching plant features not only an excellent mixing main unit but also a variety of high-quality accessories such as screw conveyors, measurement sensors, and pneumatic components. These components ensure the batching plant's high reliability, precise measurement skills, and extended service life. Additionally, all maintenance and service areas of the batching plant are equipped with walkways or inspection ladders, providing ample operating space. The mixing main unit can be equipped with a high-pressure automatic cleaning system, featuring functions like automatic oil shortage and over-temperature alarms, facilitating equipment maintenance.
The concrete batching plant boasts excellent environmental protection capabilities. During the operation of the machinery, the handling of powders is conducted within a fully enclosed system. The dust collector and mist spray methods used in the powder tanks significantly reduce dust pollution to the environment. Additionally, the batching plant utilizes noise reduction devices on the pneumatic system exhaust and unloading equipment, effectively minimizing noise pollution.
