How Much To Build An Ice Rink?

How Much To Build An Ice Rink
What is the difference between a portable ice rink system and a permanent one? A portable ice rink system may be rolled up and stowed away in the spring. This permits you to regain access to your yard. A permanent rink system employs the same refrigeration and piping components; however, the pipe grids are embedded in a specially constructed concrete pad that transforms into a multi-use sports surface in the summer.

Can a movable rink system be installed inside a building year-round? A: Yes. To efficiently maintain the rink indoors throughout the year, however, you will need more engineering and resources. How much does a skating rink cost? A: Due to the fact that each of our projects is tailored to your unique site specifications and preferences, we cannot provide a standard price list.

Each rink that we construct is uniquely built, located in a distinct region, and is often of a different size. Our most fundamental portable ice rinks range in price from $25,000.00usd to $150,000.00us. The price range for our bigger custom, training, and concrete rinks is between $200,000.00 and $600,000.00 USD.

Turnkey costs for training and specialty rinks can vary from $150,000.00 to $500,000.00 USD. All rink accessories, like as boards, are priced individually and come at an additional cost. Please visit our website’s Contact Us page to see a questionnaire that you can fill to acquire an estimate for your ideal rink project.

Do you provide financing? A: No. Currently, we do not provide financing on our platforms. Can you put a rink in my neighborhood? A: Yes. Custom Ice provides qualified installation professionals throughout North America that can build your ice rink properly.

  1. Additionally, we have a network of dealers that may be able to install in your region.
  2. Occasionally, we install abroad as well, depending on the nature of the project.
  3. Can a rink system be installed in my in-ground pool? A: No.
  4. We can put a rink OVER your in-ground pool, though.
  5. Custom Ice is a specialized staging system built to cover your in-ground pool, over which we install our rink materials.

We only recommend this if there is no room near your pool, as it might be expensive. Can a rink be installed on my current tennis court? A: Yes. Our portable systems may be deployed on almost any flat surface, including concrete, asphalt, grass, dirt, and wood.

  • However, the region must be flat in order for the system to function properly.
  • Can I install the rink on my own? A: Yes.
  • We do provide a variety of sizes of portable DIY rink kits.
  • These packages include all the components necessary to construct a basic outdoor portable ice rink surface, as well as detailed installation instructions.

Accessories, including as boards, are purchased separately from the rinks themselves. Q: Can I make my rink bigger later on? A: Yes. Our Portable systems are modular. The rink may be expanded at any moment by installing the necessary refrigeration units and extending the main header end piping (width).

  • What is the maximum temperature at which your system can sustain ice? A: Our systems are intended to preserve ice between 53 and 55 degrees Fahrenheit (10 and 12 degrees Celsius).
  • Will your ice rink system harm my grass or patio? A: No.
  • Essentially, our system functions similarly to a natural rink.
  • We are now merely chilling the ice.

We install a liner and frame it in order to confine the water. The only significant difference is that there is a piping system built into your ice slab that is connected to a refrigeration unit or units; this is what will sustain your ice when the temperature rises throughout the day or during the middle of the season.

  • How level must the rink’s surface be? A: Our systems have an overall grade tolerance of only 14 to 1 inch.
  • Anything beyond this threshold will undermine the system’s efficiency, impact ice quality, and increase operating expenses.
  • There are several techniques for temporarily leveling an area without excavating.

Can I purchase only the refrigerator unit? A: Our chiller units and plumbing grids are intended to function together. They are not suitable as “stand alone” components for a natural rink. Unless we are certain in the compatibility and product specifications of your current pipe, we do not often offer chillers to clients with existing piping systems.

Do I require a concrete pad to install the chiller? A: No. The sole criterion is that the space in which the chiller is placed must be level. Our typical design allows it to be positioned up to 20′ away from the rink. We also propose placing the chiller on the same level as the rink to facilitate the passage of glycol.

Can the chiller remain outside year-round? A: Yes. Similar to your central air conditioning unit, it is built for year-round outdoor use. We do recommend, however, that you cover the chiller fans throughout the summer to avoid trash and small animals from blocking the fan motor.

  1. How noisy is the refrigerator? A: Our chillers are roughly as loud as your central air conditioner.
  2. They are intended for domestic use, with noise being a primary design consideration.
  3. The chiller(s) will not operate continuously since they are equipped with a “Ice Sensor” to check the ice slab’s temperature.
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Therefore, if Mother Nature is keeping your rink for you, you should not operate the chiller. What is the lifespan of your rink’s components? A: With proper care, maintenance, and storage, the portable rink chiller and pipework should last at least 15 years.

  • In a concrete system, the pipe is immersed and shielded from the environment and frequent handling, which should result in a significantly longer lifespan.
  • How much will it cost to operate your system? We wish we could provide a straightforward computation and response to this issue, but we have no means of knowing.

The cost of electricity might vary from city to city and even from suburb to suburb. It also depends on your geographic location, whether your rink is inside, and the sort of structure it is housed in. The performance of an outdoor system will depend on the weather and whether or not it is in direct sunlight.

  1. We estimate the expenditures to be roughly $.30 per square foot each month for a four to five-month outdoor winter season under average winter weather conditions.
  2. Can you provide three-phase electrical refrigeration units? A: Yes.
  3. Our chillers can be modified for three-phase electrical power, however there are additional expenses and a longer lead time.

How quickly can I receive one of your systems? A: Once your project’s specifications are established and a contract is signed, we will begin designing and manufacturing your rink’s materials. This typically takes eight to ten weeks (ten to fourteen weeks from October to December).

To ensure the finest manufacturing, delivery, and installation dates for the future season, we always advise reserving before March’s end. How long does the installation of your systems take? A. This depends on the type of rink, its size, and the particulars of your project. Depending on the weather, portable rinks can be constructed in two to five days, with an additional two to four days required to make ice.

Permanent Rinks — 2 to 6 weeks, including a 28-day concrete cure requirement Depending on site-specifics and availability, indoor training rinks are available for two to six weeks. Q: Do you rent your systems? A: Due to the fact that each of our projects is tailored to your unique site specifications and preferences, we cannot provide a standard price list.

Each rink that we construct is uniquely built, located in a distinct region, and is often of a different size. We demand a minimum of eight to twelve weeks’ notice to assure availability and scheduling (1 year lead time is required for all rentals from October to January as this is our peak installation period and cannot guarantee availability or installation dates) We require a minimum of two weeks for installation and removal of the rink and equipment.

Creating ice requires a minimum of two to four days. The installation site must be level before to our arrival, unless otherwise specified in our rental agreement. Boards or rail system, power supply, electricity, night illumination, and maintenance equipment rental are extra and not necessarily supplied by Custom Ice.

What thickness must a backyard ice rink be?

Q4 – What thickness must the ice be? – A – At least two “A thickness of (two inches) is necessary for ice to remain solid and support the weight of a 300-pound human. For municipal rinks, we suggest at least three ” (three inches).

How many inches of water are required to construct an ice rink?

Unless there is snow: Build a perimeter of the necessary size out of wood (2-by-4-inch board works nicely). Without fasteners, the parts can be nailed together or lay end to end. Purchase a piece of strong plastic that is several inches larger than the frame’s width.

  • The plastic is available at Menards and Home Depot.
  • Place the plastic on top of the frame and tuck it along the wood’s inner border.
  • It ought to resemble a wading pool.
  • Attach the plastic to the frame using staples.
  • Fill a garden hose with approximately 3 inches of water.
  • Allow the water to solidify into ice.

Add additional thin layers of water, allowing each to set fully before adding the next. Layer the ice until it is between 3 and 4 inches thick.

Should I fill my rink immediately?

Dos and Don’ts of Backyard Rink Construction With temperatures finally falling below zero, players may now utilize their backyard rinks and play hockey at home. Even though they involve a lot of labor (and, for older skaters, responsibility), backyard rinks are the ideal place to improve your skating skills and have fun.

Different sizes and types of backyard rinks require the same amount of maintenance. Thanks to several of our followers, we’ve assembled some recommendations to help you get the greatest possible ice surface. The first criterion for making ice is to locate a flat, level region of sufficient size to freeze.

shadier regions would receive less sunshine and thus freeze longer. If your backyard is on a hill or has significant slope, your options for creating a rink may be limited. Once the location has been determined, construct the rink’s walls with wooden planks (or keep the snowbanks as walls if you prefer).

  1. Form it into the desired form.
  2. This procedure might need many days (and cross your fingers the weather cooperates).
  3. Cover the area with a tarp or similar material before filling it with water.
  4. Fill it completely so the water can level out; freezing in layers might result in an uneven surface.
  5. The subsequent floods should include hot water if it is available.
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Once two to three inches of ice have formed, the rink will be ready for use. White only lining. No blue, brown, or green allowed. Colors attract the light, the sun heats the ice, and the rink never freezes. — Scott Major (@scottscott) on Twitter Only silage tarps can be used.

Brent Palsson (@BrentPalsson) on the simplest 40×100 rink in 20 years. Now that the ice surface is prepared, it will require extensive upkeep to remain in good condition after hours of use. Attempt to remove snow from your rink after each snowfall, since it might add to the amount of labor required. Snow left on the rink might melt into lumps and cause uneven ice if not removed.

When you are through skating for the day, add a layer of hot water (if available) so that it can freeze overnight. Finally, ensure that your hose is properly stored to prevent freezing. I only flood with hot water while using a homeboni. Significantly improves the quality of the ice.

  1. After twelve years, my children are now old enough to “manage” the rink.
  2. It is now their baby:) — Dave Paddington’s Twitter account (@DavePaddington) Don’t be afraid to add a personal touch to the rink; if you have them, make your own rink boards or hang lights from the fence or trees.
  3. Backyard rinks are intended to be enjoyable! As much effort and upkeep as you put into them, you should appreciate them equally.

They frequently each year. You will discover what works and what does not as you progress. I’ve built a rink for many years. I’ve been honoring Team Canada and the Salt Lake tradition of burying a loonie at centre ice since 2002. — John Kastner (@John Kastner) Share with your Facebook friends and join the largest hockey parent network: Dos and Don’ts of Backyard Rink Construction

How long does 4 inches of ice take to freeze?

Never enter a frozen pond without first determining the ice’s thickness. It takes four consecutive days below freezing, on average, for safe ice to develop. White or gray ice is weaker than transparent ice. Winter is my preferred season. I adore snow and have several childhood memories of playing on frozen ponds and lakes. The winter season and cold epidemics make me anxious as a meteorologist. Every year, it seems, I hear awful tales of individuals who fall through thin ice.

  1. In order for ice to be safe for walking, it must be at least four inches thick.
  2. To determine the thickness of ice, you must drill through it using specialized equipment and then take a measurement.
  3. The majority of us lack these tools and specialist expertise.
  4. To avoid an accident, you should only walk on frozen ponds that have been measured and confirmed safe by specialists.

In the winter, this is a common practice in many villages. If you are uncertain, remain on land. When temperatures drop, ice may develop rapidly, but it takes longer than you may imagine to achieve the four-inch thickness recommended by experts. On average, it takes four days of temperatures below freezing to develop safe ice.

  1. Furthermore, this regulation applies to ponds and lakes.
  2. Never walk on frozen streams, as they freeze unevenly owing to the movement of the water.
  3. Additionally, the clearest ice is the most resilient.
  4. Avoid ice that is white or gray, since it is weaker and should be avoided.
  5. If you fall through the ice, attempt not to panic.

Place your arms and hands on solid ice and propel yourself forward with your legs. If you do get out of the water, roll away from the hole rather than standing back up. If your pet falls through the ice, you should not follow them in. Dial 911 for aid. You may also use a branch to attempt to reach them.

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Numerous catastrophes result from individuals attempting to save their pets. Also, during the winter, do not throw a stick or a ball near frozen ponds to your pet. Attempt to reach a person who has fallen through the ice using a ladder, a stick, or a rope. Do not venture out on the ice. Again: Dial 911 for assistance.

Be careful this winter!

Can I cover my rink’s surface with snow?

Before attempting to flood, wait until the frost is at least 2 inches deep and ensure that the temperature will remain below -4o (24oF) for many days. If snow is available, construct a snow wall around the rink’s perimeter. Before flooding, remove ice pieces and other debris.

How are temporary rinks constructed?

Skating surface – The ice is layered to make the skating surface. The water is sprayed directly onto the concrete slab at a thickness of approximately 0.1 millimeters. This layer freezes nearly instantly upon contact with the concrete and creates the skate surface’s basis.

After the first layer, more ultrathin layers are placed and frozen. Within the first few levels, the black puck will be contrasted with a white layer. At this point, the lines and logos essential for ice hockey games are also painted on. Water spraying, painting, and freezing might take up to four days.

It takes between 45,000 and 57,000 liters of water to create a hockey rink surface, which is typically between 34 and 1 12 inches thick. If the ice is very thick, it will need additional energy to freeze, and the surface may remain overly soft. If the ice is too thin, skaters might break through to the concrete below.

How are ice rinks maintained?

Does an Ice Rink System Consist of More Than a Zamboni? We’ve all seen ice rinks, those chemically-treated frozen bodies of water where we may skate or play our favorite winter sports. Moreover, ice rinks serve as the arena for awe-inspiring athletic performances, such as figure skating.

Or, we may applaud aggressively when hockey players throw down. There are now two types of ice rinks. There are natural rinks, in which ambient cold temperatures freeze a body of water, and artificial rinks, in which chemicals known as coolants generate freezing temperatures with the assistance of equipment.

If you want to create your own rink or hire someone to do it, you must first understand the components that comprise a rink system. When we consider artificially freezing water, refrigerators and air conditioners nearly usually come to mind. And this is essentially how ice rinks function.

  1. The distinction lies in the operation of the refrigerant.
  2. In ice rinks, the refrigerant cools brine water, an anti-freezing ingredient that circulates via pipes beneath the ice.
  3. These steel pipes are normally installed in a concrete slab and maintained at 32 degrees Fahrenheit or 0 degrees Celsius so that any water deposited on top of the slab will freeze and create the skating surface.

A layer of insulation is installed beneath the concrete slab to allow for the ice to contract and expand as necessary. Creating An Ice Rink | How Do They Do It? – YouTube Discovery UK Construction Of An Ice Rink | How Do They Do It? Observe later Share Copy link Shopping Information Tap to unsilence If playing does not immediately commence, consider restarting your device.

How is an ice rink kept from melting?

How is an ice rink maintained? – Indirect refrigeration is the most prevalent technique of refrigeration used to maintain a frozen ice rink. This occurs when a liquid refrigerant (often ammonia) absorbs heat from a secondary liquid (typically brine) that has absorbed heat from the source.

Therefore, it is indirect since the refrigerant does not come into direct touch with the heat source. Why do we use Brine? Brinewater is a calcium chloride solution used as an antifreeze. Brine freezes at a lower temperature than the water on the surface, so it may flow through the pipes as a liquid, but it is still cold enough to freeze the water placed on the surface.

There are three primary components employed in this indirect refrigeration cycle’s heat exchange:

  1. The coldness
  2. The compressing device
  3. A condenser.

What temperature is optimal for flooding an ice rink?

1. Before attempting to flood, wait until the frost has penetrated the ground at least 2 inches and ensure that the temperature will remain below -4o (24oF) for many days. If snow is available, construct a snow wall around the rink’s perimeter.