Shanghai Jiuzhuo Equipment and Product Launch 10 | Fully Automatic Slurry Mixing System CMP-45

2023-11-06 2853 0人评论

01. Integrated Fully Automatic Grout Mixing Station

The high-efficiency intelligent fully automatic grout mixing station CMP-45 is a fully automatic mixing equipment designed by Shanghai Jiuzhuo. It adopts an integrated mobile high-speed vortex grout mixer and can process single slurries and mixed slurries such as cement slurry, cement-fly ash slurry, and cement-clay slurry. By leveraging advanced artificial intelligence technology, it achieves a high degree of intelligence and automation. During the grouting process, no manual intervention is required to achieve fully automatic grout mixing, enabling all-weather fault-free operation.

02. Technical Parameters

03. Fully Automated Management

The fully automatic computer control system can automatically perform continuous actions such as ash feeding, water supply, mixing, and grout discharge without manual intervention. Continuous reports of production conditions are generated for each shift, and various grouting data can be recorded at any time, facilitating management and allocation. This truly realizes fully automated management of grouting slurry.

The automatic control cabinet features stable performance, a low failure rate, and simple operation and easy maintenance.

The system uses advanced sensors to accurately weigh water, cement, admixtures, etc., and accurately and quickly produces various slurries suitable for construction production.

It ensures the continuity and timeliness of grouting slurry supply, reduces the mixing loss of raw materials, reduces the mechanical usage for grout mixing, storage, and transportation, and improves mechanical utilization, thereby saving the production cost of cement slurry and delivering significant economic benefits.

Through the automatic grout mixing system, the efficiency of grout mixing and delivery can be greatly improved, ensuring the timely supply of slurry, facilitating accelerated construction progress, and reducing auxiliary construction costs.

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