Synthetic grass is designed with an integrated cushion to imitate the softness and lightness of real grass. But while it may sag a bit like a sponge, it doesn't absorb water like a sponge. Water also does not accumulate on the surface of synthetic grass. Canal drainage is common on lawns that have a slight slope or slope.
Before installing artificial grass, the floor is leveled and smoothed to eliminate falls and valleys where water can accumulate. Once the low-lying areas are softened, small channels are created that allow water to drain at an angle to the lower corner or edge of the lawn. The canals are small and create an intricate network of paths that allow water to flow easily to the edge, where it can flow to the street, through a drain, or into a drainage ditch on the roadside. The floor cover is spread over the dirt, then the filler is placed and the synthetic grass carpet layer is installed on top.
The artificial grass carpet has holes for penetration. It usually has a mesh backrest so that water can pass through. The water then passes through the backfill and then through the ground cover. Finally, it seeps into the ground below.
When choosing imported subbase materials for drainage and good permeability, I recommend aggregates created with high-quality hard rock, sand and gravel. Below are the types of materials to be placed under synthetic turf. When placed on smaller elevators and compacted properly, these materials will retain density, allow permeability and be able to withstand excessive water penetration. It's crucial to understand how structures outside your facility can help in the event of floods and damage.
Roofs, balconies and mezzanines direct flood water to drains and drains, which often flow out where installations are placed. The image on the left is a beautiful installation done by a successful lawn contractor who relied on existing drains to do their job, but they didn't. The drains failed because they were clogged at first. Once it started raining and the floods began, this shop window was overcome by waters that reached 6 inches higher than the crybaby's floor and caused damage to the interior.
The roof alone produced more water runoff than the facility had received. The mockery outings added additional gallons of rainwater and contributed to the damage. The image on the left shows that the putting green was placed in the center of the courtyard. The putting green had to be raised and leveled so that the golf ball wouldn't fall off the surface.
If you increase the zoom, you'll see that the roof mockers add to the problem by allowing the roof to drain to the mockers, forcing floods to enter through the patio door. When installing synthetic grass in commercial applications in the path of excess water coming from building roofs, sidewalks and streets, I recommend placing commercial drains to handle torrential flooding and prevent damage to lawns and surrounding areas. I have expressed my concern about trench compaction when filling. The images above show poor compaction where the drain pipes were installed.
This poor workmanship has now left depressions on the surface. These depressions can cause trip risks and can cause injury. When placing the drain pipe, it is crucial that you compact the trench in elevators to prevent this from happening. I recommend a mix of ¾ of clean aggregate with the existing surface to avoid future settlements.
Placing a weed suppressant under synthetic turf after removing natural grass is crucial to prevent drainage from being interrupted. Using a lower weed barrier that is not permeable and does not allow water to flow quickly will cause flooding in the area. Synthetic grass on roofs, balconies and mezzanines must have adequate drainage. I highly recommend placing a drain grate under the balcony or roof so that water can run through the synthetic grass and the drain grate, allowing water to escape.
Without a drainage grid, the longevity of synthetic grass will be reduced due to thermal shrinkage and the accumulation of contaminants. Weighing just 3.1 pounds by 7 square feet and rated at 33,552 psf, AirDrain is the ideal drainage medium for green roof applications. You can quickly move water vertically and horizontally or capture it to retain it with AirDrain's 92% air vacuum and 400 drain notches on each side of the part. AirDrain is capable of withstanding.
If necessary, until it can be evacuated from the roof to the perimeter outlet drains, which are a holding capacity equal to approximately 6 inches of compacted gravel. It seems like the perfect solution. Replace thirsty grass with something that plays the role but is perfectly (un) dead and therefore requires no water, maintenance or sweat. But the story of artificial grass isn't as simple as it seems, and most of it has to do with the “don't sweat” part.
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. In fact, the artificial grass installation process can even address and prevent drainage problems in turf. Artificial grass is designed to provide the owner with a lawn that stays vibrant and green regardless of the time of year or the type of weather conditions present. Existing crab and broadleaf weeds grew through the drainage holes in synthetic grass and now the customer must maintain a lawn that was once maintenance free.
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. However, if your priority is to take care of the environment, artificial grass is not going to be the best option. Yes, in addition to the many advantages that synthetic grass has over natural grass, it is often the case that properly installed artificial grass has significantly better drainage than natural grass. As a general rule, outdoor grass that is exposed to the elements, or grass that comes into contact with pet waste and liquids, requires a base that provides a stable surface, as well as drainage.
Once synthetic grasses are in place, a small amount of water is beneficial for artificial grass, as it helps keep the grass evenly distributed. To create a successful pet lawn area, you must start and end with the fluidity of all substances that penetrate through the turf surface. In general, grass will have fewer puddles than natural grass because installing turf includes ensuring that there is adequate drainage and that there are no gaps or uneven areas on the surface for water to accumulate. Some types of artificial grass, such as garden grass and pet grass, are designed to adapt to water flow, such as heavy rain or pet urine.
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