With the popularity of ice sports and the pursuit of a healthy lifestyle, artificial ice rinks are gradually emerging in urban areas. However, building a successful artificial ice rink is no easy task. This article will outline how to create a durable ice surface and effectively prevent ice melting, providing ice sports enthusiasts with a safe and comfortable skating environment.

Ice Production:

1. Site Preparation:

Before starting the ice-making process, ensure that the surface is clean and free from dust. Remove all obstacles, such as rocks, branches, etc., to prevent damage to the ice surface.

2. Creating the Ice Base Layer:

Water Spraying for Cooling: Use a hose to spray water onto the surface, forming a thin and even layer of ice. This will serve as the foundation for subsequent ice layers. It’s important to allow sufficient time for each layer to fully solidify after spraying.

Temperature Control: Ensure that the water temperature is below freezing point, aiding in the rapid solidification and formation of a solid base layer.

3. Adding Ice Layers Continuously:

Gradually add ice layers, allowing ample time between each layer to ensure complete solidification. Tools like ice resurfacers can be used for smoothing and leveling the ice surface.

Depending on the requirements, multiple ice layers may be created to ensure the desired thickness and durability of the ice surface.

Preventing Ice Melting:

1. Temperature Control:

Shade Structures: Erect shade canopies or other shading facilities around the ice rink to reduce direct sunlight exposure and lower ambient temperatures.

Cooling Equipment: During hot weather or when temperatures are high, utilize cooling equipment such as fans, cooling towers, etc., to decrease the surrounding environment’s temperature.

2. Utilizing Insulating Materials:

Edge Insulation: Install insulating layers along the edges of the ice rink to slow down the melting rate of edge ice.

Insulation Curtains: Hang insulation curtains around the perimeter of the ice rink to create a thermal barrier, effectively reducing the impact of ambient temperatures on the ice.

3. Preventing Water Evaporation:

Moisture Spraying: Regularly spray water onto the ice surface to create a thin water film, slowing down the evaporation of moisture from the ice.

Covering Protection: During non-skating hours, cover the ice with waterproof tarps or other protective materials to minimize water evaporation.

The construction of an artificial ice rink involves a series of engineering and technical measures, from ice production to ice preservation, all of which require careful planning and execution. By making effective use of cooling equipment, insulating materials, and other measures, we can create an ideal ice rink that can be enjoyed in a variety of climate conditions, providing people with a place to fully indulge in ice sports.

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