Ice Raking System: The Hidden Helper To Modern Concrete Temperature Control

Core cooling equipment for concrete engineering: ice rake system. The concrete ice cooling system consists of cold water system, flake ice making system, automatic ice storage system, ice delivery system and weighing system. This system is usually used in conjunction with a flake ice machine. After the flake ice falls into the cold storage, it can evenly rake it open, which can increase the space utilization rate of the cold storage by more than 30%.

In foreign countries, a Mexican concrete mixing plant has introduced two 15 ton and a 5-ton flake ice machines to form a flake ice production equipment with a daily output of 35 tons. Combined with a complete set of ice rake system and cold storage, it effectively solves the problem of a large amount of flake ice accumulation and solidification, achieving automation of the entire process of concrete cooling.

In major domestic projects, its role is also prominent. In the construction of the Lion Ocean Passage, which we are familiar with, the intelligent concrete ice cooling system is equipped with a large flake ice machine with a daily output of 30 tons and a core ice storage cold storage, which integrates an automatic ice rake system. Through screw conveying, full automation has been achieved from ice making to ice delivery, successfully building a solid defense line for the quality of the Lion Ocean Passage construction project within technical requirements.

With the promotion of "the Belt and Road", global infrastructure has increasingly high quality requirements. The ice rake system, with its "three highs": high precision, high efficiency and high reliability, has become a standard configuration for many projects. From tropical hydraulic engineering to transportation hubs in arid regions, it provides reliable temperature control solutions on a global scale.

Nowadays, the ice rake system is not just a single device, but also represents the trend of intelligent and modern engineering construction. On the one hand, it solves practical problems on construction sites and also promotes the development of the engineering industry towards higher standards. In future engineering construction, we believe that this inconspicuous yet crucial system will continue to safeguard global engineering quality.