Descriptions:

Concrete mixing station is a fully automatic concrete mixing equipment that integrates batching, mixing, electric control gas and steel structure. It produces concrete with different proportions and strengths. 

What Is a Concrete Batching Plant?

Concrete mixing station is a fully automatic concrete mixing equipment that integrates batching, mixing, electric control gas and steel structure. The plant combines various ingredients, such as cement, aggregates (sand, gravel, crushed stone), water, and admixtures. It is designed to produce concrete with different proportions and strengths in large quantities, efficiently and consistently. 

Because of its high mechanization, automation, and productivity, it is widely applied in long construction period concrete production projects and meets the needs of engineering construction. CFTC produces and supplies almost all kinds of concrete batching plants, including mobile concrete batching plants, 20 m3 to 300 m3 concrete batching plants, belt-type concrete batching plants, and skip hoist concrete batching plants for sale.

What Are the Types of Concrete Batching Plant?

Concrete batching station comes in various types, each suited for different applications, project sizes, and mobility requirements.

1. Stationary Concrete Batching Plant

A stationary concrete batching plant is a fixed installation designed for long-term use at a single location. It is suitable for large construction projects requiring continuous concrete supply.

2. Mobile Concrete Batching Plant

A mobile concrete batching plant is designed for quick setup and relocation to different job sites. It is mounted on wheels or trailers for easy transportation, suitable for remote or temporary construction sites.

3. No-foundation Concrete Batching Plant

No-foundation concrete mixing plant is a small-scale plant with a compact footprint, suitable for constrained spaces. Space-saving design is ideal for mini and urban construction projects.

What Is Concrete Batching Plant Used For?

CFTC concrete batching plants are essential in the construction industry for producing high-quality concrete efficiently and reliably for a wide range of applications, from small residential projects to large-scale infrastructure developments.

• Concrete Supply

• Building Construction

• Road Construction

• Bridge and Airports

• Civil Engineering

• Infrastructure Projects

• Precast Concrete Products

• Dams and Water Projects

What Are the Features of Concrete Batching Plant?

1. Layout compact, short mixing time, and Good uniformity of concrete mixing.

2. The mixer uses an energy-saving motor, and the whole machine saves 10% of energy.

3. The lifting bucket adopts frequency conversion control and starts and stops smoothly.

4. Accurate and stable measurement. Material dynamic error is less than 1%.

5. Adopting industrial shape optimization design, the structure is more reasonable and reliable.

6. Industrial computer + PLC dual system control to ensure a more stable system.

7. Key components adopt international brands with a long service life of spare parts.

How Is Concrete Batching Plant Configured?

According to the specific needs of the construction project, a concrete batching plant is configured with six main products and systems to ensure efficient, precise, and high-quality concrete production.

1. Main Engine 

• Utilizes a dual-axis forced-action concrete mixer with robust performance.

• Ensures uniform mixing and good mixing quality.

• Offers durability and ease of maintenance.

2. Batching Machine 

• Electronic weighing technology and microcomputer control system.

• Simple operation, high precision speed and control force.

3. Belt Conveyor 

• It adopts inclined belt conveyor material.

• Ideal efficient continuous transportation equipment.

• Long conveying distance, continuous, efficient, and easy to maintain.

4. Cement Silo

• Warehouse for bulk cement, it is both waterproof and moisture-proof.

• Good sealing, fast discharging speed.

• Convenient installation and maintenance and long service life.

5. Measurement System

• Employing pressure sensors for precise measurement.

• Various additives are independently fed.

• Flow control is accurately managed by pneumatic butterfly valves.

6. Intelligent Control System

• Intelligent control manages production processes and high-precision.

• Automated operations save manpower and low power consumption.