Synthetic Turf Repair in Arlington, TX

Seam separation is the most common repair request we receive. Seams fail for several reasons: inadequate adhesive application during original installation, adhesive bond failure from moisture intrusion or thermal cycling, base movement beneath a seam location, or improper seam placement (seams in high-traffic areas or across primary foot paths fail faster). Our repair approach evaluates whether the adhesive failure is a surface issue—meaning the seam can be re-bonded by lifting the edges, cleaning the backing, and applying fresh turf adhesive—or whether the seam failed because the base moved beneath it, which requires a base repair before the seam will hold long-term.

Base settlement creates the second most common repair category. Arlington's clay-heavy Blackland Prairie subgrade swells when wet and contracts when dry, and installations over improperly compacted native soil show this movement as surface rippling, edge lifting, or drainage low spots that were not present at installation. Repairing base settlement requires excavating the affected area, addressing the soil condition, re-compacting the base to specification, and relaying the turf. We match the existing turf product as closely as possible when re-laying—with older installations where the original product may be discontinued, we evaluate color and pile height against available current products and inform the property owner before proceeding.

Drainage failures present as surface ponding in areas that previously drained correctly. The cause is usually one of three things: infill compaction blocking the vertical drainage path, a drainage outlet that has become obstructed by root intrusion or sediment, or base settlement that has redirected the drainage gradient away from the designed outlet. We flow-test the drainage system to locate the restriction before determining repair scope.

Edge failures—turf lifting away from adjacent hardscape, benderboard failing, or the tucked edge pulling free from under concrete—are common on installations where the edge method was inadequate for the thermal expansion loads that Arlington summer temperatures generate. We re-secure lifted edges using improved anchoring methods that account for the thermal cycling the edge will experience, and add edge sealant where appropriate to prevent water from working under the edge from above.

Fiber damage from burns, chemical spills, or physical trauma—a vehicle tire tracking across a turf edge, for example—requires patch work: removing the damaged section cleanly, matching the replacement product, and seaming the patch into the surrounding installation. Invisible patching requires careful attention to nap direction, pile height matching, and adhesive application on the hidden seam perimeter.

We regularly repair turf that other contractors installed, including installations from companies that have since closed, contractors who moved out of the DFW market, and speculative builders who installed turf as a selling point but did not use qualified synthetic grass installers. These situations require us to work from what is in front of us rather than from installation records or product specifications.

Diagnosing failures in installations we did not build requires a more thorough initial assessment. We need to understand the base construction method, the infill type and depth, the adhesive and seam tape used, and the product specification—all without installation records. We gather that information through physical inspection: probing the base, sampling the infill, examining seam construction at an accessible edge, and checking the backing specification on the turf product.

For commercial properties that have inherited turf installations through lease assumptions or property acquisitions, we provide a formal written assessment that documents the installation's condition, identifies any structural deficiencies, and outlines both immediate repair needs and a forward-looking maintenance plan. This documentation supports property management decision-making and provides a baseline condition record for future reference.