Benefits of Flake Ice as Concrete Cooling System | Lintec & Linnhoff

1. Benefits of Flake Ice as Concrete Cooling System Lintec & Linnhoff

2. Concrete cooling refers to the various techniques that are utilized to reduce the temperature of poured concrete to a certain level. That includes the different types of ice plants for concrete cooling: flake ice plants, chilled water plants and cooling aggregate plants.

3. Concrete Cooling System ice plant ice plant for concrete cooling flake ice plant Lintec cooling aggregate concrete cooling Benefits of Flake Ice as Concrete Cooling System For concrete suppliers, they understand the value of Concrete Cooling systems since they know the role of accurate temperature in the quality and durability of their concrete products. Concrete cooling refers to the various techniques that are utilized to reduce the temperature of poured concrete to a certain level. That includes the different types of ice plants for concrete cooling: flake ice plants, chilled water plants and cooling aggregate plants.

4. Concrete cooling is mainly used for projects in parts of the world with warm, tropical climates, or even in the hotter months of the year for colder countries. Almost all countries in the world use concrete on roads and even building walls. The main reason for using concrete is its durability. People have mentioned concrete synonymously with hardness and strength. Concrete cooling plays a huge part of building that reputation. When concrete starts the curing process, there is a range of ideal temperature which is at 10 – 21 ºC. This must be maintained for the concrete to attain the minimum required curing period. If the concrete cures outside that range of temperature, it is possible that it could crack and not be as strong. When it sets, with cracks, the demand for water increases. This applies to every building process, so concrete cooling is really important. The Pros of the Flake Ice Plant The basic cooling agent is either ice, chilled water, or a cooling aggregate. For ice, there are many options and shapes of ice that could be applied to concrete. Most of the experts would suggest that flake ice would be a preference.

5. The Benefits of Flake Ice The main reason why flake ice is effective is that it has a greater surface area per unit of ice that the other ice shapes and types. This surface area allows it to efficiently cool as much concrete than the other options. Flake ice can flow well and it would not clump or stick together into blocks or chunks, so the temperature would be very even throughout the concrete surface. Concrete companies would use it more easily over a project that has high surface area. Another factor is that flake ice is cooled at sub-zero level so it has latent heat cooling energy. Flake ice is thin and small, but it’s spread out so they have a short melting time, which in turn leads to quicker mixing--less time needed to mix the concrete. The time saved on mixing leads to less strain on the mixers, and that could extend their maximum service capacity. In terms of convenient storage and transport, flake ice is convenient and is easily maintained with blowing systems. There is also no energy loss as it is sheared from the drum.

6. The Eurotec Edge Eurotec Flake Ice Plants can be efficient even in extreme hot climate regions and they produce quality concrete at desired temperatures for special requirements. Flake ice is used for structures like dams and airports, where the concrete is subjected to high pressure and needs to have maximum strength. The Eurotec Flake Ice Plant delivers the following benefits with their containerized structures. It will allow for fast installation and dismantling. The modular components are also designed to be durable for transport, and you can also avail of low-cost shipping. The Eurotec Flake Ice plants are automated, so you do not need a separate cooling expert to operate it. It will also save you water and energy costs because of the efficiency of the design. These plants are also equipped with Automatic iced storage systems that are made with Polyurethane insulation materials and temperature controller and sensors, horizontal screw conveyor, ice raking device & hoist device, ice deflecting device, and automatic control & monitoring systems.