Dry floor standing type high and low speed shaping machine-made sand system: a new choice for green building materials

The dry floor station type high and low speed shaping sand making system is suitable for a wide range of raw materials, has a small footprint, and has good environmental performance. It is equipped with online detection and a wet mixing machine to ensure product quality. Easy to operate, easy to maintain, highly integrated design, realizes intelligent control and improves production efficiency. This system is suitable for green building materials industrial parks to promote industrial development. It produces machine-made sand with reasonable gradation to meet customer needs. High value-added stone powder is recyclable and has broad market prospects.

With the continuous development of the building materials industry, the quality and production efficiency of machine-made sand as an important building material have become the focus of the industry. The dry floor station type high and low speed shaping machine-made sand system has become a new choice for the green building materials industrial park with its unique advantages.

Tower type sand making system

The system has several notable features. First of all, it can adapt to a wide range of raw materials and occupies a small area. It is only one-fifth of the area occupied by the traditional wet method and one-third of the area occupied by the traditional dry method, which greatly saves land resources. Secondly, the system adopts a floor-to-station design, which integrates dust removal and fine powder separation. It has good environmental performance and the content of machine-made sand and gravel powder can be adjusted in steps. At the same time, the system also has an online machine-made sand detection system and a wet mixing machine, which can promptly adjust the quality of machine-made sand to prevent segregation of finished sand and ensure high product quality.

In terms of operation and maintenance, the dry floor-mounted high and low speed shaping machine-made sand system also performs well. The system is easy to operate and maintain, and its highly integrated design makes it easy to realize intelligent control of the equipment, greatly improving production efficiency and equipment reliability.

It is worth mentioning that this system is very suitable to be built in a green building materials industrial park together with concrete, dry mixed mortar, asphalt mixing station, etc. to form a two-in-one or multi-in-one combined system. This is not only conducive to the centralized utilization of resources, but also effectively promotes the development of the green building materials industry.

The working principle of the dry floor station type high and low speed shaping machine-made sand system is also quite advanced. It uses the VUS sand and gravel simultaneous discharge system to send the raw materials to the top floor through a dry production process, and then enters the stone powder separation chamber after high-frequency stone-on-stone grinding. By adjusting the size of the air inlet of the powder control box and the system air volume, the system can accurately control the powder content of the sand. The processed materials are sorted into fine gravel, stone powder and quasi-finished sand through a sorting screen. The stone powder is collected into fine stone powder after being processed by the dust removal and dust collection system. The quasi-finished sand is uniformly mixed with a humidifying mixer to become fine product. Machine-made sand.

The machine-made sand produced by this system has reasonable gradation, rounded grain shape and controllable powder content, which can meet the needs of different customers. At the same time, dry and clean high value-added stone powder can also be recycled and reused to create more value for enterprises.

In short, the dry floor station type high and low speed shaping machine-made sand system has shown great potential and broad market prospects in the field of green building materials with its advantages of high efficiency, environmental protection, and intelligence. With the continuous development of the industry, this system will surely become an important choice for the green building materials industry in the future.