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BEO SC 60 STATIONARY CONCRETE BATCHING PLANTS

The BEO SC 60 m³/h stationary concrete batching plant is capable of producing 60 cubic meters of concrete per hour. These types of stationary concrete batching plants are designed to produce high-quality concrete, primarily used in large-scale construction projects. Stationary concrete batching plants comprise a complex system that includes components like concrete mixers, cement silos, water scales, aggregate weighing systems, and control panels. They come in various capacities and are chosen based on the project’s needs.

The BEO SC 60 m3/h stationary concrete batching plant has many advantages, some of which are:

High Capacity: The 60 m3/h stationary concrete batching plant, capable of producing 60 cubic meters of concrete per hour, is ideal for use in large projects.

Quality Concrete Production: Stationary concrete batching plants are designed to produce high-quality concrete. Hence, the 60 m3/h stationary concrete batching plant also produces high-quality concrete.

Labour-saving: Stationary concrete batching plants reduce the number of workers, thus cutting down labour costs. Also, the stationary nature of the plant eliminates time and costs of relocation.

Time-saving: Stationary concrete batching plants speed up the process of concrete production and distribution, thereby shortening project completion time.

Less Waste: Stationary concrete batching plants produce the exact amount of concrete needed, thus reducing waste and being environmentally friendly.

Lower operating costs: Stationary concrete batching plants cut down operating costs and are more economical compared to other production methods.

Flexible Production: Stationary concrete batching plants can be adjusted to meet different concrete requirements, offering a flexible production process.

The setup of a BEO 60 m3/h concrete plant is carried out in several steps, generally including:

Site and Infrastructure Preparation: A suitable location is chosen for the concrete plant, and necessary infrastructure preparation is done. The infrastructure must be sturdy enough to support components like cement silos, water meters, and aggregate weighing systems.

Assembly of Parts: The parts of the concrete plant are moved to the chosen location by workers. The concrete plant is produced in main units and moved to the installation area. Assembly of parts is usually carried out using cranes.

Electrical and Water Connections: The concrete plant is equipped with electrical and water connections. This process is carried out in a way that ensures the plant’s full functionality.

Testing Procedures: The concrete plant is tested after the installation process. The testing procedures ensure the plant functions flawlessly.

Training and Maintenance: Training ensures operators correctly use the concrete plant. Maintenance ensures the plant has a long lifespan and allows quick intervention when any problems occur.

Generally, the installation of a 60 m3/h concrete plant is carried out smoothly with the help of professional and experienced personnel.

BEO 60m3/h concrete plants typically use two different types of concrete mixers: vertical and horizontal.

Vertical mixers have a mixing command unit rotating around a vertical shaft. These mixers are favored for their high mixing capacity and low energy consumption. They are also ideal for installation in small areas.

Horizontal mixers have mixers rotating within a horizontal cylinder. They occupy less space compared to vertical mixers, but they may have higher energy consumption. Horizontal mixers are often preferred for their high efficiencies and high production rates.

Both vertical and horizontal mixers have their advantages. Vertical mixers perform a more aggressive mixing process, while horizontal mixers require less discharge time. Both mixer types offer a wide range of capacities and are suitable for any type of concrete production.

However, the choice of mixer type depends on the concrete plant’s need and the customer’s demand, and it can vary according to each customer’s needs.