Artificial grass drains better than natural grass The backrest of artificial grass is designed to be extremely porous and allows even more water to pass to the underlying soil than natural grasses. The best artificial grasses will drain at a rate of up to 1,200 inches per hour, more than enough to get through the monsoon season. The short answer is that artificial grass drains better than natural grass. Well, as long as it's installed correctly.
Yes, it is recommended to install them in areas with high traffic. To do this, normal ground preparation must be carried out and then the drainage tiles and the synthetic grass must be installed on top of them. This way, it will always remain beautiful, the surface will be flat and the base will be in good condition for much longer. It will also prevent the grass from starting to undulate or deform in the area of greatest circulation.
You don't want water to stay under your lawn for days. It will eventually cause problems with the base on which it is installed. So, depending on the slope of your garden and how well the soil drains, we may need to install some drainage underneath. A simple French drain with a corrugated tube leading to a dry well should work.
When installing synthetic grass in commercial applications along the way of excess water coming from roofs, sidewalks and building streets, I recommend placing commercial drains to handle torrential flooding and avoid damaging lawns and surrounding areas. If you want to expand your knowledge of turf, JW will help you and your team in every aspect so that you have a successful experience in the synthetic turf industry. Existing crab grass and broadleaf weeds grew through the drainage holes in synthetic grass and now the customer must maintain a lawn that was once maintenance free. Synthetic grass has evolved over the past two decades and most synthetic grass products on the market today are perforated to allow for adequate drainage.
To create a successful pet lawn area, you must start and end with the fluidity of all substances that penetrate through the turf surface.