Ice Cooling System for Concrete Batching Plant
Why is ice cooling needed for concrete projects?
Concrete kept at the proper temperature supports structurally sound projects and eliminates costly downtime. Cooling diminishes the temperature of poured concrete to ensure its nature and quality, especially in warm climates. A base temperature of 10 - 21 º Celsius must be maintained to prevent low quality, splitting, or cracking.
Advantages of Flake Ice
Flake ice is the preferred method for cooling concrete in mass pour projects like hydro dams and nuclear power plants. It efficiently reduces heat generated during the curing process. Our systems realize full automatic ice making, storage, and delivery, providing technical support that ensures operational confidence.
How the Ice Rake System Works
The ice rake system is installed in the storage container. Since flake ice can pile up and block sensors, the automatic rake levels the ice flakes. Full-time sensors detect the ice level and command the rake structure to move horizontally, ensuring a flat surface and continuous operation. The container maintains a temperature between 5ºC to 8ºC to keep ice dry and easy to transport.
We provide comprehensive project guidance, including R&D support for non-standard models, installation guidance, and 24/7 technical backup.
Frequently Asked Questions
1. Why is flake ice used for concrete batching?
Flake ice provides a large surface area for rapid cooling and can be mixed directly into the concrete aggregate to control the heat of hydration during the curing process.
2. What is the role of the automatic ice rake system?
The rake system prevents ice from pilling up and blocking sensors. it levels the ice flakes within the storage container to ensure smooth, automated delivery to the batching plant.
3. Can the ice cooling system handle extreme ambient temperatures?
Yes, our systems are designed with high-efficiency evaporators and top-tier compressors (like Bitzer or Refcomp) to maintain stable ice production even in hot climates.
4. Are the materials used in the ice machine corrosion-resistant?
The inner freezing layers are made of Chromed Carbon Steel Q235 or Stainless Steel SS304, ensuring long-term durability and hygiene.
5. What certifications do your ice cooling systems carry?
Our equipment meets international standards and carries UR, CE, and SGS certifications, ensuring safety and quality compliance for global projects.
6. Is remote monitoring available for these systems?
Yes, the HCI (Human-Computer Interaction) control system allows users to monitor working status and control the equipment from a distance via computer.