Seam Repair — Family-owned, 4.9★ rated, 15-year warranty
Your putting green in Union City has probably taken a beating. Whether you're in the Shannon area or out near Flat Shoals, that South Fulton clay underneath your turf is no joke—it shifts with the seasons, it compacts, and over time, the seams in your artificial green start to separate and create those annoying lips that throw off your game. We've been driving out to Union City for years, seeing the same problem pop up again and again, especially as the area keeps developing and yards settle differently than they did five years ago. A seam repair isn't just cosmetic. When your putting surface has gaps or lifted edges, the ball rolls unpredictably, and suddenly that backyard investment feels more frustrating than fun. The good news? Seam separation is fixable, and it doesn't always mean ripping out your entire green. From our shop about 35 minutes away, we can get to your Union City home and assess whether you need a simple re-seam, infill adjustment, or a more involved repair. Most homeowners are surprised how affordable it is to bring their green back to smooth, tournament-quality putting.
Union City's terrain presents some unique challenges for artificial putting greens. The clay-heavy soil in Fulton County doesn't drain like sandier soils, which means water sits longer under your turf after heavy rains—something Georgia sees plenty of in spring and early summer. That standing moisture can weaken the base layers and adhesive bonds in seams over time. The Shannon and Flat Shoals neighborhoods also tend to have varying sun exposure depending on tree coverage and home orientation. Afternoon shade is actually an advantage here; it keeps infill temperatures down during our hot Georgia summers, which reduces material breakdown. Most Union City residential lots are mid-sized, so putting greens typically run 300 to 800 square feet—large enough to need multiple seams, but small enough that repairs are manageable. We typically see seam issues develop within 3 to 5 years of installation, especially if the original base wasn't compacted properly or if infill levels dropped over time. Because of the clay substrate, we always recommend a proper gravel or recycled rubber base layer during repairs; it makes a real difference in longevity. HOA guidelines in developing areas like Union City can vary, so we always check local landscape restrictions before quoting a repair.
South Fulton clay shifts and settles unevenly, especially as the ground absorbs and releases moisture seasonally. That movement puts stress on seam adhesive. If your base layer wasn't compacted well during original installation, or if infill has migrated away from the seam area, the tape loses contact with both turf edges. We see this constantly in Shannon and Flat Shoals. A professional inspection will identify whether it's a base problem, an infill issue, or just adhesive failure.
Most seam separations can be repaired without replacing the entire green. We remove the old adhesive, clean the edges, and re-tape the seam with commercial-grade turf adhesive. If the turf itself is worn or the base is severely compromised, we'll tell you upfront. But in Union City, we typically repair rather than replace—it's faster and much more cost-effective for homeowners.
A single seam repair usually takes 4 to 6 hours, depending on how much prep work the edges need. If your green has multiple separated seams, we might schedule a longer day or break it into two visits. We'll walk you through timing when we come out to your Union City location. You can usually putt on it again within 24 hours after repair.
Yes, if it's done right. We use adhesives rated for outdoor UV and moisture exposure, and we address the underlying cause—usually infill migration or base settling. Our seam repairs in Union City hold up through Georgia summers and the freeze-thaw cycles we get in winter. Proper infill maintenance afterward is key to keeping that seam sealed long-term.
Call (706) 701-8873 or visit instant.lawnlogicturf.com — 60-second quotes, no pressure.