CBFI leverages over 20 years of technological expertise and practical engineering experience in the ice-making and refrigeration industry to deliver tailored concrete cooling solutions. These include water chiller units, aggregate pre-cooling systems, batching plant cooling systems, and intelligent temperature-control platforms, which are widely used in dams, bridges, tunnels, power stations, and other construction projects.

This concrete cooling system solution adopts a direct ice thermal storage system and a low-temperature chilled-water circulation system to achieve full-process temperature control from raw material cooling to the mixing stage. This ensures stable and controllable concrete outlet temperature and effectively prevents thermal cracking risks.

CBFI provides comprehensive end-to-end services covering early-stage consulting, solution design, equipment manufacturing, installation & commissioning, and after-sales maintenance. Specific services include:

• Project Evaluation and Analysis: Customized cooling solutions based on your project type, concrete volume, construction project timeline, and other factors.
• System Integration Design: Including chiller configuration, cooling tower selection, pipeline layout and design, and automated control systems design.
• Core Equipment Delivery: Providing high-performance screw chillers, ice storage, aggregate spray cooling devices, and more.
• Intelligent Temperature-Control Platform: The concrete cooling systems support remote monitoring, temperature data collection, equipment anomaly alarms, data analysis, and other functions.
• On-Site Installation & Commissioning: Our professional technical teams provide on-site guidance to ensure highly efficient system operation.
• After-Sales Maintenance & Support: A fast-response mechanism with regular inspections and technical assistance ensures long-term, stable operation.

CBFI's concrete cooling system solution offers five core advantages, helping clients build high-quality, efficient, and environmentally friendly projects.

• Precise Temperature Control: Utilizes PID constant-temperature control technology and a multi-point temperature measurement system that limits temperature fluctuation to within ±0.5°C to ensure concrete quality.
• High Efficiency & Energy Savings: The ice storage and chilled-water circulation mode significantly reduces peak power load and enhances the overall system energy efficiency by more than 15%.
• Stable and Reliable: Core components adopt internationally renowned brands to ensure uninterrupted, continuous operation and reliable system output.
• Intelligent Management System: Features an IoT-based remote monitoring platform for unmanned operation, automatic adjustment, a failure warning system, and other intelligent functions.
• Flexible Adaptation: The modular design enables flexible customization according to different project scales, climate conditions, and construction requirements, allowing rapid deployment.