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Carpet & Flooring - Choosing a Sports Surface
There are eight considerations to consider when choosing a sports surface. 1. Usage The first interpretation of multipurpose is a floor designed to fit a wide variety of athletic/sports activities. Some wood systems are promoted as multipurpose, but who likes to play tennis on wood? How about indoor soccer and not to mention indoor hockey? Synthetic systems rate a higher score when considering an all-sports flooring system. Creating high levels of shock absorption should not interfere with creating a good ball response. The second interpretation of multipurpose is combining sport activities with non-sport functions. This is all possible due to the high physical properties of the surface resin layer. 2. Shock Absorption When an athlete jumps on a floor surface, the more of the impact energy the floor absorbs, the less the athlete must absorb. This relates to safety and fatigue. Designing floor systems capable of high levels of shock absorption is relatively easy when dealing with area-elastic (wood) systems. But there's more than just the maximum amount of shock absorption. Biomechanical studies prove that the human body is not able to absorb impacts within the first phase of a shock. This means the floor has to do the job. This is only possible if the floor reacts fast to impact. Point-elastic floors react faster to impact than area-elastic floors, due to the higher weight of the area-elastic construction. You simply need more force to get any movement in an area-elastic floor. 3. Surface Friction Wood systems again rate high when considering surface friction, as they offer the proper amount of slide. Conventional synthetics tend to play much "tighter" than wood floors. They do not allow for proper "stop-slide-rotate," and this leads to knee and ankle injuries. 4. Injury Reduction 5. Maintenance The fundamental rule in maintaining any floor surface is to routinely remove surface dust and dirt, which microscopically is grit. Removing this grit from the floor will assist in maintaining a good surface appearance. Wooden floors have to be dry mopped daily and recoated with a clear lacquer approximately twice a year. The normal lifecycle of a wooden floor is somewhere between 25 and 40 years. Traditional synthetic floorings have to be wet scrubbed daily and replaced completely after 10 to 15 years. 6. Stability Moisture from above, on the other hand, has no affect on most synthetics, but it is very detrimental to wood floors. Approximately 90 % of all wood floors that have to be repaired or completely renewed within the normal lifecycle span are damaged by water. Wood and water simply don't mix. Wood floors will expand and contract with normal changes in relative humidity; synthetics just lay there. Wood floors can be severely damaged or completely destroyed by flood water: from roof leaks, water fountains, broken water lines, improper maintenance, or a number of other sources. 7. Investment 8. Lifecycle Costs Source: Aura Flooring Product Roundup Boflex Sport Floor from Centaur Floor Systems Boflex is engineered to withstand heavy loads as the foam channels are recessed into the backside of the hardwood base construction. This eliminates the chance of the foam being damaged or crushed, and this resilience is warranted for the life of your floor. Available in oak, ash, and maple hardwoods, Boflex is the ultimate solution for a multi-use hardwood sport floor. Multi-Play Sports Flooring DaltonCarpet.com |
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