Best industrial ice rink designs are places where we can view amazing athletes slide with grace while playing sports such as figure skating, ice hockey, and bandy. The best industrial ice rink design makes them strong and usable for sporting events.
Today, there are two types of Best industrial ice rink designs. There are natural rinks, where ambient cold temperatures freeze a body of water, or artificial rinks, where chemicals, known as coolants, produce cold temperatures with the help of machines to freeze the water.
If you want to create the Best industrial ice rink design, you must know its essential components. The operating principle of the Best industrial ice rink design and refrigerators is not so different from each other. However, there is a difference in the working of the refrigerant in both devices. The refrigerant cools brine water in the Best industrial ice rink design, and the anti-freezing agent moves inside pipes beneath the ice.
Under the surface
The under the surface of the ice rink consists of the following components:
- Skating surface
- Chilled concrete slab
- Insulation
- Heated concrete
- Sand and gravel base
- Groundwater drain
- Skating surface
It is essential to build the ice in layers to create the skating surface. Then the water is gently scattered straight onto the concrete slab at around 1/32 of an inch thick. This layer freezes virtually instantaneously after it strikes the concrete and creates the ice rinks skating surface base.
After that, more super-thin layers are applied and permitted to freeze. A new layer will be painted white to differentiate the black puck. The lines and logos needed for the ice hockey games are also painted on at this stage within the first few layers. The complete procedure of spraying water, painting and freezing can take approximately four days.
It uses between 45,000 to 57,000 liters of water to create a hockey rink surface, and the surface is usually between ¾ inch and 1 ½ inch wide.
If the ice in the Best industrial ice rink design is too thick, it would need extra energy to freeze, and the top might remain too soft. The installation must ensure that ice should not be thin as the skaters could cut through the ice to the concrete.
Chilled concrete slab
A chilled concrete slab below the surface ice is kept at the required temperature by utilizing a refrigeration system pumped via pipes implanted in the concrete slab under the skating surface.
The required temperature of the Best industrial ice rink design surface is about -4C for ice hockey.
It should be noticed that other factors are influencing the ice temperature, including the outdoor temperature, building temperature, and humidity.
Insulation & Heated Concrete
There is a layer of insulation and a heated concrete layer below the Chilled concrete slab.
It plays an essential role in keeping the ground underneath the ice from freezing. As this can expand, finally cracking the rink structure.
Sand and gravel base & Groundwater drain
The whole rink then lies on a base layer of sand or gravel that has a groundwater drain at the base. These steel pipes are generally fixed into a substantial portion and then preserved at 32 F / 0 C to freeze the slab of any water placed on the top. Afterward, it becomes the skating surface that we used to see. Moreover, a level of insulation is set underneath the concrete slab. So that the ice can contract and enlarge as needed.
Conclusion
Best industrial ice rink design installation is a complicated process assigned to experienced ice rink installation companies. Industrialice Inc. is one company with more than 20 years of finishing the Best industrial ice rink design projects for national and international clients.
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