Automatic Mobile Concrete Batching Plant

An automatic mobile concrete batching plant is a modern piece of equipment that integrates the core functions of concrete production into a mobile unit. Through automation technology, it achieves efficient and flexible concrete supply, suitable for short-term projects, frequent site relocation, or projects with dispersed construction sites. The YHZS series automatic mobile concrete batching plants typically have a production capacity range of 25-120 m³/h, covering various needs from small to large projects. Common models include YHZS25, YHZS35, YHZS50, YHZS60, YHZS75, YHZS90, YHZS100, and YHZS120.

Core components of automatic mobile concrete batching plant:
1. Mixing unit:
Equipped with a twin shaft forced concrete mixer, characterized by high mixing efficiency, good mixing uniformity, and strong wear resistance. It can thoroughly mix cement, aggregates, water, and other materials to form high-quality concrete.
2. Material weighing system:
Composed of electronic scales, sensors, and controllers, this system accurately weighs materials such as cement, aggregates, and water, ensuring the accuracy of the concrete mix proportions and thus guaranteeing stable concrete quality.
3. Material conveying system:
Includes aggregate conveying, cement conveying, and water conveying. Aggregate conveying typically uses belt conveyors or bucket elevators; cement conveying generally uses screw conveyors or pneumatic conveying systems; water conveying is achieved through pumps and pipelines.
4. Material storage system:
Includes cement silos, aggregate bins, and additive silos, used to store various materials and ensure continuous production.
2. Control system:
Employs a PLC programmable controller or touchscreen control system to achieve automated and intelligent control, improving the operating efficiency and stability of the mobile concrete batching plant. Users can set concrete mix proportions, monitor the production process, and adjust equipment parameters through the control system.
6. Mobile chassis:
Integrates all the above systems onto a single trailer unit, equipped with towing pins, outriggers, and other devices for easy movement and relocation of the equipment. The chassis is rationally designed and structurally robust, capable of withstanding various loads during transportation and operation.

Technical features of automatic mobile concrete batching plant:
High automation:
From material weighing, conveying, mixing to discharge, the entire production process is automated, reducing manual intervention and improving production efficiency and the stability of concrete quality.
Precise metering:
Utilizing a high-precision electronic weighing system with buffer devices and automatic compensation functions, it ensures the accuracy of metering various materials, meeting the concrete quality requirements of different projects.
- High mixing quality:
The twin-shaft forced concrete mixer ensures thorough agitation and mixing of materials within the mixing drum, resulting in excellent mixing uniformity and producing concrete with high strength and stable quality.
- Convenient mobility:
The equipment is integrated into a single trailer unit, allowing for rapid transfer to different construction sites via a tractor, eliminating the need for complex installation and commissioning, saving time and costs.
- Energy saving and environmental protection:
Equipped with dust collectors, sound insulation equipment, and other environmental protection facilities, it effectively reduces noise, dust, and wastewater emissions during production, meeting green production requirements.
- Intelligent management:
By introducing an intelligent management system, the production status, material inventory, equipment maintenance, and other information of the mobile concrete batching plant can be monitored in real time, improving management efficiency and achieving information-based production.

Application advantages of automatic mobile concrete batching plant:
- High adaptability:
Capable of adapting to various complex construction environments and site conditions, especially for projects with short construction periods, long construction lines, and frequent site relocation, such as highways, railways, bridges, and water conservancy projects, where it offers significant advantages.
- Reduced costs:
Reduces equipment installation and dismantling time, lowering labor costs and equipment wear and tear. Simultaneously, the easy mobility of the equipment allows for local concrete supply, reducing concrete transportation distances and costs.
- Increased efficiency:
Automated production processes and precise metering systems improve concrete production efficiency, meeting the large-scale concrete demands of projects and shortening construction cycles.
- Quality assurance:
Precise metering and uniform mixing ensure the stability of concrete quality, improving construction quality and reducing rework and repair costs due to concrete quality issues.

Application scenarios of automatic mobile concrete batching plant:
- Short term construction projects:
Such as temporary road construction, small bridge construction, site leveling, etc. These projects have short construction cycles. Using an automatic mobile concrete batching plant can quickly complete concrete production tasks, and the equipment can be rapidly transferred to other construction sites after the project is completed.
- Frequent site relocation projects:
For projects with long construction routes, such as highway and railway construction, the mobile concrete batching plant can be moved at any time according to the construction progress, providing concrete supply to different sections of the construction site nearby.
- Remote area projects:
When carrying out construction projects in remote areas with inconvenient transportation and weak infrastructure, automatic mobile concrete batching plants can overcome transportation difficulties and produce concrete on-site to meet construction needs.
- Emergency rescue projects:
In emergency situations such as natural disaster relief and emergency response to sudden events, it can be quickly deployed and put into production, providing timely concrete support for disaster relief and rescue work.