Tennis Court Resurfacing and Construction

1. Tennis Court Resurfacing and Construction

2. Synopsis 1. Quality Tennis Court Construction 2. Want To Add A Backyard Tennis Court? 3. Your Tennis Court Surface Options 4. Common Resurfacing Problems Faced With Indoor Tennis Courts 5. Asphalt-Based Emulsions Vs Acrylic Resurfacers

3. Quality Tennis Court Construction • Generally, a tennis court must meet three standards: • Great aesthetics and ambiance • High potential for performance • Minimal cost of repair and maintenance • The Post Tension concrete is the tennis court that meets all three standards. Contrary to asphalt, concrete has a lower susceptibility to different climates. More so, the surface of the concrete is durable and long-lasting. Additionally, Post Tension concrete is suitable for the renovation of existing tennis court or the construction of new courts. Here are a few more reasons to consider the Post Tension concrete for the next court remodeling. • Elimination of potential liability to cracks • Attractive and sturdy edges • Great resistance to heaving or settling • Ability to span unstable soil • Elimination of cold joints around posts such as a fence or net posts • Controlled lope for draining • Ability to remodel on a pre-existing tennis court without excavation

4. Want To Add A Backyard Tennis Court? • Do You Have Space For Your Backyard Tennis Court? • For doubles play, the recommended size for play is 60 by 120 feet. So, the first thing to do is to measure and check there’s enough space for the court. • Drainage is Key • Drainage is vital so water can drain off the court with ease. The surface should be considerably leveled, albeit preferably higher or maintaining the same level as the surrounding land. • Finishing • Fencing – Size & Aesthetics Matters • A 10-feet fence is recommended for hard-courts. While 8-feet is recommended for fast-dry, clay and turf courts because these surfaces create reduced bounced ball situations. When it comes to choice of materials for fencing, there are varieties to choose from fabric mesh to chain link, the choice depends on financing and aesthetics. • Shade Shelters • Having a nice shade to relax before, during or after a game is important. Custom shade shelters designed to site’s specifications can be purchased online and installed upon delivery.

5. Your Tennis Court Surface Options • Natural Grass Courts • Natural turfs are the softest surfaces to ever play on. These surfaces influence the speed of the player and the ball. • Synthetic Grass Courts • Artificial turf is excellent for individuals that desire the same excitement natural grass surface offers without the rigors of maintenance and irritation that comes with natural grass courts. • Acrylic Courts • Acrylic courts are made from special materials. These courts have an acrylic surface with an underlying asphalt or concrete base. This court is also a preferred choice among many players because it absorbs little energy and encourages medium to fast play. Not only are these courts available in different colors, they are durable and can be customized. In addition to acrylic court’s unique feature is the ease by which they can be managed. • Clay Courts • Clay court lovers can enjoy games over natural or synthetic clay surfaces. Either way, both surfaces offer feelings of excitement to play upon. It requires a daily routine to keep clay courts in excellent condition. • Synthetic Clay Courts • Synthetic clay turf provides the same feeling natural clay offers while taking away the hassles of daily maintenance. This court has permanent lines over its surface so there’s no need for any form of repainting or other tedious maintenance routines.

6. Common Resurfacing Problems Faced With Indoor Tennis Courts • Resurfacing the indoor tennis court present unique challenges that are not faced with outdoor tennis courts. Indoor tennis courts are not susceptible to harsh weather conditions like outdoor courts but some factors can cause wear and tear to indoor tennis court surfaces. • Acrylic court surfaces dry off by evaporation, and since these surfaces are oil-based, drying it can present a challenge. When water which is essential for heavy coating application over this surface is not properly drained, it collects itself in the airspace over the court and slows down the surface drying process. The aftermath of this scenario is the formation of "marbled" spots on the court that ultimately results in light and dark sections. • Cooler external temperature and poor ventilation can muddle things up by inducing condensation to "rain" down onto the courts. Discoloration tends to occur when moisture drips onto the court’s curved surface, this occurs when the internal temperature is warmer while the ceiling of the interiors is cooled by colder external temperature. To help avoid such a case, it is crucial to ensure that air conditioning or heating systems are turned on to suck out humidity from the circulating air. All available vents, windows, and doors should be opened so moisture can find its way out of the arena. Industrial fans can also be installed to boost air circulation and push moisture trapped in exit doors.

7. Asphalt-Based Emulsions Vs Acrylic Resurfacers • Each gallon of Acrylic Resurfacer can suspend only 15 to 16 lbs of sand. The major purpose of a resurfacer is to fill up holes in pavements and to enhance fine coating on existing smooth surfaces. Altogether, resurfacing impacts on the overall consistency of the playing surface and prolongs the lifespan of the colored surfaces. • Every gallon of Asphalt Emulsions can suspend only 5 to 6 lbs of sand. Simply put, it takes three gallons of AE to provide the same filling capacity one gallon of AR gives. • AE comprises molecules that soak up moist which can weaken some sections of the coated layers. It can also cause bulging. During cold weather conditions, this can cause de-lamination of surfaces and early failure. If AE is applied over a polished acrylic surface, the asphalt layers have increased the propensity to absorb lots of moisture that moves through coatings at a slower pace. • It is advised to roll over asphalt emulsions after application to obtain a fine coating. • With Acrylic Resurfacers, rolling over is not necessary. • Both Resurfacers need a minimum asphalt curing period of two weeks (under premium restoration conditions), before application. While this is so, 30 days is advised to ensure optimum effect, especially in climatic conditions when curing isn’t ideal. • AE needs 24 hours to cure prior to the application of acrylic colors coating. • AR can be applied with acrylic colors even when dry. • Asphalt Emulsions are susceptible to temperature changes as they become mushy under intense heat. During hot days, these can create bulges. AE surfaces can also crack during cold weather conditions, whereas AR remains intact regardless of weather conditions.

8. For more details, please visit: http://crowall.ca/ 1.416.951.4626 daniel@crowall.ca 2 Briardale Place, Aurora, Ontario.