As basic safety is one of the most essential concerns in the particular sector, it’s not unusual that we have seen such a lot of developments and so many different options in terms of the safety surface that you see on a average play ground. There are far too many accidents at all these places as it is, although since international benchmarks have been put into practice the volume of accidents has certainly reduced.
Precisely what are the different kinds of safety surfacing under consideration nowadays?
Rubber mulch is believed to be the best all round answer, since it is usually low maintenance and it has additionally been tested really well when it comes to the fall height. It does pay for itself nicely over time and doesn’t need a lot of maintenance, thus saving the owners of these playgrounds a lot of money every year.
One more kind of surface that’s common here is “poured in place.” This type of answer is available in distinct colours and it is generally poured on top of a layer of cushioning beneath. However, with this alternative you need to make sure that you do not damage the surface whenever cleaning and it could also become prone to fading over time.
Rubber may also be applied in shredded particles. This has the main advantage of being relatively simple to put in place, however it’s not uniform and therefore the shredded rubber surface may not be as deep in certain areas as every day use will cause the rubber particles to change position.
One more possible option is a surface comprised of purely sand. Needless to say this could be particularly cost-effective, but sand has a tendency to get fairly hard if wet. As a result, it is not likely to be in the position to absorb impact as well and you’ll probably expect a much higher risk of personal injuries at these kinds of locations.
Whatever safety surfacing is selected, playground operators would be wise to look at basic safety and protection first and foremost during their research, before looking at overall budget, maintenance costs along with other issues.