Artificial grass in Yuma lives or fails under the ground. The turf fibre itself is only half the story; what lies beneath, the base, the drainage, the infill, and the preparation, determines whether your yard will look right, drain properly, stay cool underfoot, and last for years without puddles, odor, or seams that lift. This guide walks a homeowner through every layer, from soil excavation to the final power brooming, so you understand what a real installation looks like and what to ask for in writing before work begins.
Whether you are converting a Bermuda lawn that burned out by June, fixing a dog run that turned to mud and dust, or preparing a yard for a move-in or a listing, the principles are the same: honest base prep, proper drainage, the right infill for your use, and finishing details that hold up to Yuma heat and the occasional monsoon downpour. This is the reference you need to evaluate any turf installer, including us.
Turf Infill Options: Silica, Coated Sand, Zeolite and Envirofill
Infill is the granular material spread over the turf fibre after installation. It serves multiple purposes: it props the artificial grass blades upright so they look natural and feel firm underfoot, it protects the backing from UV damage, it adds weight so the turf stays in place in wind, and it helps the drainage system work by allowing water to percolate through. The choice of infill depends on your use and your priorities.
Silica sand is the baseline infill, a fine to medium sand that is affordable and performs well in most residential settings. Coated sand is silica sand that has been rounded and often coloured to match the turf blade or to reduce glare; it is gentler underfoot than sharp silica and is popular for pet areas and play spaces. Zeolite is a porous mineral that absorbs and neutralizes ammonia, making it valuable in dog runs and pet turf where odor control matters. Antimicrobial and cooling coated infills, such as Envirofill, combine a mineral base with a coating designed to inhibit bacterial growth and reduce surface temperature; these are useful in hot climates and high-traffic pet areas. Crumb rubber (recycled tire rubber) is standard in sports fields and synthetic turf courts because it provides cushioning and energy return, but it is rarely chosen for residential yards and is not a material we typically recommend for home installations.
A good installer will name the infill type and amount in writing before work starts, and will explain why it suits your yard. The cheapest infill is not always the right choice, and the right choice depends on whether you have dogs, children, sun exposure, or drainage concerns.
How Much Infill Artificial Grass Needs, and Why
Infill is measured in pounds per square foot, and this number matters far more than most homeowners realize. A typical residential turf installation uses between 2 and 4 pounds per square foot of infill, depending on the pile height, the face weight of the turf, and the intended use. Pet turf and play areas often sit at the higher end of that range, while some decorative or low-traffic installations may use less. The infill holds the fibres upright, protects the backing from sun exposure, adds weight for stability, and fills the spaces between blades so water drains evenly rather than pooling.
Too little infill is a common shortcut in cheap installations. When infill is skimped, the turf looks flat and worn, the backing deteriorates faster under UV exposure, and drainage becomes uneven, creating wet spots and odor problems. You should always ask your installer for the infill amount in writing, specified in pounds per square foot. This is not a guess; it is a measurable specification that you can verify by asking for the weight of material ordered and the square footage of the yard. If an installer cannot or will not give you this number in writing, that is a red flag.
Different turf products have different infill recommendations, so the amount should be tied to the specific turf you are installing. Ask for it in your written spec, and expect to pay more for a properly filled installation than for one that cuts corners.
What to Put Under Artificial Grass for Drainage
The path to good drainage starts before the turf goes down. First, any existing lawn, sod, or old turf must be removed along with the root system, which can retain moisture and create an uneven surface. Once the old turf is cleared, the yard is excavated to the depth recommended for your base (typically 3 to 4 inches in Yuma), and the soil is graded so water runs away from the house and away from pools or structures. A weed barrier (a permeable landscape fabric) is then laid to prevent soil from mixing with the base material and to slow weed growth, though this step is sometimes omitted in very sandy soils or when a sealed base is not a priority.
Next comes the free-draining base layer, usually 3 to 4 inches of decomposed granite or crushed base rock, compacted firmly in lifts with a plate compactor. This base is the foundation of drainage; it allows water to move through and away rather than pooling on top of clay or caliche. On top of this, an optional draining underlay or pad may be installed, especially in pet areas, play spaces, or patio settings where extra cushioning or moisture management is valued. The turf is then laid over this prepared base.
On hard surfaces such as concrete, balconies, or rooftops, the approach is different. Turf should never be glued flat to a slab that holds water. Instead, a draining underlay or pad is laid first, and edge drainage is installed so water can escape at the perimeter. This prevents water from pooling under the turf and causing mold, odor, or damage to the surface below.
Base Prep on Yuma Soil: Excavation, Base Rock and Compaction
Yuma soil is typically a sandy silt of the river valley, but it can vary widely. Some yards sit on clay or hardpan that drains poorly, while others are in areas with more sand. The challenge is that poor-draining soil causes water to sit on top of the base rather than moving through it, leading to puddles, odor, and turf that feels soft or unstable underfoot. Base prep is where this problem is solved.
The first step is excavation to remove the old lawn and to expose the subgrade (the native soil beneath). The yard is then graded with a slope away from the house and pool so that water naturally flows downhill. A plate compactor is used to firm the subgrade, and then 3 to 4 inches of free-draining base material (decomposed granite or crushed base rock) is spread and compacted in lifts, typically two lifts of 1.5 to 2 inches each. This compaction is crucial; an uncompacted base will settle over time, creating dips and low spots where water pools and odor builds up. The base must be compacted to about 90 percent of maximum density, which is a technical specification but one that a professional installer knows how to achieve.
If your yard has a real water problem (poor drainage, standing water after rain, or a history of wet spots), the base prep must address it first, or the job should not proceed. A well-prepared base is the difference between a turf installation that works for years and one that fails in the first monsoon season.
Artificial Grass Drainage and Underlay: Perforated vs Fully Permeable
Artificial turf itself drains through its backing. Some backings are perforated (with small holes punched through) and drain at a moderate rate, typically 10 to 20 gallons per hour per square foot. Others are fully permeable, with a porous structure that allows faster drainage, often 30 gallons per hour per square foot or more. The drainage rate is stated in gallons per hour per square foot, and it matters most when the turf faces heavy use or heavy rain. A fast-draining turf is especially important in pet areas and in yards that experience Yuma's July-to-September monsoon storms.
However, even the fastest-draining turf will fail on a base that does not drain. If water cannot move through the base material, it will sit under the turf regardless of the backing's drainage rate. This is why base prep and drainage are inseparable. Ask your installer for the drainage rate of the turf backing in writing, and verify that the base is prepared to handle the water load in your yard.
For hard surfaces such as patios, balconies, or rooftops, a draining underlay or pad is installed under the turf to create a pathway for water to escape. These underlays come in various thicknesses and permeability ratings, and they serve double duty: they improve drainage and add cushioning and comfort underfoot. On a concrete patio, an underlay prevents water from pooling under the turf and damaging the concrete below. On a balcony or rooftop, it is essential for keeping water from accumulating where it can cause leaks or structural damage.
Seams, Nails, Edging and Power Brooming
The finishing details of a turf installation reveal whether the work was done carefully or rushed. Seams are the joints where two pieces of turf meet, and they must be sealed with seam tape and adhesive. A professional installer aligns the grain of the turf (the direction the fibres naturally lean) so the seams are less visible, applies the tape and adhesive correctly, and ensures the two pieces are pulled tight and held in place while the adhesive cures. A visible seam, a gap between pieces, or a seam that lifts or separates is a sign of poor workmanship.
Nails or staples are used to secure the turf perimeter and to anchor seams. They must be spaced correctly (typically 6 to 12 inches apart, depending on the turf and conditions) and driven fully so they do not catch a foot or create a tripping hazard. The perimeter of the yard must be finished with clean edges, often using bender board or a secured metal or plastic edge that keeps the turf from fraying and from creeping outward. Where turf meets pavers, a cool deck, or a pool surround, it must be cut tight and the edge secured so it does not shift or curl.
Finally, power brooming is the last step. A power broom stands the turf fibres upright after installation, spreads the infill evenly, and gives the yard a finished, natural appearance. Without power brooming, the turf looks flat and the infill is unevenly distributed. These details are not glamorous, but they are what separate a professional installation from one that looks amateur and fails prematurely.
What a Written Turf Spec Should Include
Before any work begins, you should have a written specification from your installer that details every material and every step of the installation. This spec is your protection and your roadmap. It should include the turf product name and fibre type, the face weight (measured in ounces per square yard), the pile height (the length of the fibre), the backing type and its drainage rate (in gallons per hour per square foot), the infill type and the amount in pounds per square foot, the base depth and base material (such as decomposed granite or crushed rock), the compaction standard, whether a weed barrier will be used, the seam joining method, the edging method, cleanup and haul-off, and the workmanship warranty period.
This spec is not a sales document; it is a contract. It tells you exactly what you are paying for and protects you if there is a dispute about what was delivered. A professional installer will provide this in writing without hesitation, because it is the standard for the trade. If an installer resists, offers only a vague estimate, or refuses to name the turf product and infill amount, walk away.
For a pricing range and to schedule a free estimate, contact us with details of your yard. We measure on site, provide a written spec that names every material and every step, and answer your questions honestly. If real grass or sod is the better answer for your yard, we will tell you that too.