For decades, reinforcing a basement wall meant bolting steel I-beams across it, giving up floor space, and looking at industrial hardware every time you went downstairs. Homeowners who wanted a finished lower level had to choose between structural security and a room anyone would want to spend time in. That trade-off has largely disappeared. A&A Waterproofing installs carbon fiber foundation reinforcement for property owners living in Marietta, GA, and the surrounding towns, using material that bonds flat against the wall, holds it against further movement, and disappears entirely under a coat of paint.
Since 1996, A&A Waterproofing has worked out of Marietta, Georgia, as a veteran-owned foundation repair and waterproofing contractor led by owner Allen Aschwege. Installing bonded reinforcement systems is a regular part of our structural work, covering evaluation of whether a wall is a suitable candidate, surface preparation, application of high-strength straps that run from the footing to the sill, stitching that ties cracked sections back together, and anchoring at the top and bottom where the load transfers. Our crews travel throughout Marietta and the nearby towns for homeowners and commercial property owners alike. Existing structures are the only focus here, and an evaluation won't cost you anything.
Walls that need reinforcing announce it through cracking and early movement. A horizontal crack partway up, stair-step cracking through the mortar joints of a block wall, a slight but measurable curve when you sight along the surface, or a crack that has widened noticeably since you first noticed it. None of these fix themselves, and a wall left unreinforced keeps responding to whatever is pushing on it from outside.
The pressure comes from the ground surrounding the foundation. Clay soil throughout this part of Georgia absorbs rainfall and swells, and swollen soil pushes sideways against a basement wall with considerable force. Walls handle downward weight well and sideways force poorly, particularly block walls where mortar joints become the weak line. Add poor drainage, downspouts discharging at the corner, or a yard sloping toward the house, and the soil stays wet and heavy for far longer than it should.
Reinforcement works by giving the wall tensile strength it never had. Our crews start by grinding and cleaning the concrete so the surface will actually bond, then repair the cracks themselves. High-strength fabric straps get saturated with structural epoxy and pressed onto the wall in vertical runs from the footing up to the sill plate, spaced according to the wall's height and condition. Anchoring at the top and bottom transfers the load into the floor system and the slab, and stitching gets applied across cracks where the two sides need to be tied back together. Curing takes a matter of days.
Once cured, the straps resist the inward push that the concrete alone could not handle, and the wall stays where it is. Nothing protrudes into the room, so the space remains fully usable and the straps can be painted over or finished behind drywall. Qualifying installations come with written warranty coverage, giving homeowners documentation that the condition was addressed properly.
This material has become a preferred option for good reasons, and these are the ones customers care about most.
Straps sit flush against the wall at a thickness measured in fractions of an inch, so no floor space gets surrendered and nothing sticks out into a walkway. Basements intended for finishing stay fully available for framing, drywall, or paint. Steel bracing takes several inches off the room along every wall it occupies.
A typical residential wall gets prepared and reinforced within a day, with curing happening afterward without any further disruption. There's no excavation, no concrete removal, and no equipment in the yard. Households carry on normally throughout.
The fibers used in these systems carry enormous tensile load relative to how little material is involved, which is why the straps can be thin and still do the job. Bonding them directly to the concrete means the wall and the reinforcement act together rather than as separate pieces. Steel achieves similar results with far more bulk.
Carbon fiber does not rust, rot, or require inspection and tightening the way some anchor systems do. Once the epoxy cures, the installation is finished for good. Basements are damp environments, and materials that ignore moisture have a real advantage there.
Cured straps accept paint directly and disappear behind framing and drywall without any special detailing. Homeowners planning a build-out downstairs lose nothing visually. That single quality is what pushes most of our customers toward this option.
Reinforcement is one tool among several, and these related services cover the situations where something else fits better.
Walls that have deflected past the range this material can handle need pressure relieved before anything gets bonded to them, and our bowing foundation wall repair service covers excavation, stabilization, and the drainage corrections that keep the soil from loading the wall again. Severity determines which path applies.
Cracks get sealed as part of preparing a wall for reinforcement, and our foundation crack repair and crack injection work fills them through the full depth using epoxy or polyurethane. Reinforcing over an unsealed crack leaves an open path for water even after the movement stops.
Bonded reinforcement belongs to the wider set of foundation repair services we provide, which spans crack sealing, wall stabilization, structural support, and thorough inspections. Every recommendation follows from what we find rather than from a menu decided in advance.
Bonded systems succeed or fail on preparation and placement, so here is how our crew approaches every installation.
Epoxy will not adhere to a dirty, painted, or damp surface, so grinding and cleaning the concrete comes before anything else. Skipping that step produces an installation that looks correct and performs poorly. Our crews spend the time there because the bond is the entire mechanism.
Not every wall is a candidate, and walls that have moved too far need pressure relief or a different approach entirely. Allen assesses the deflection and condition before recommending this route. Telling someone their wall needs something else is part of doing the job right.
Strap spacing depends on wall height, construction type, crack location, and how much movement has occurred, rather than a standard interval applied everywhere. Anchoring at the top and bottom gets detailed for the specific floor system. Each installation gets laid out individually.
This veteran-owned company has served the Marietta area since 1996, carrying on work his father started in Missouri some twenty years before that. Structural work should come from a contractor who will still be answering the phone years later, and we intend to be.
Assessing the wall and quoting the installation costs nothing. Payment plans through Acorn Finance help when a structural repair shows up at a bad moment, and EMTs, police officers, active-duty military, firefighters, and veterans get 10% off through Hometown Heroes.
For resisting the inward pressure that bows a basement wall, these systems perform comparably while adding almost no thickness to the wall. The material carries very high tensile load, which is precisely the force involved. Walls that have already moved substantially are a different situation and may require a different approach.
Spacing typically falls somewhere in the four to six foot range, though wall height, construction, and the extent of cracking all affect it. A standard basement wall in a Marietta home usually takes several straps rather than a continuous row. Our evaluation produces a specific layout for your wall.
Yes, and that is one of the main reasons homeowners choose this option. Once cured, the straps accept paint directly and sit flat enough to frame and drywall over with no special accommodation. Basements slated for finishing lose no design flexibility.
Both, and block walls are extremely common throughout older neighborhoods in Marietta, Austell, and Smyrna. Block requires careful surface preparation across the mortar joints so the bond forms properly. Our crew handles the two wall types differently for that reason.
Installation on a typical wall is completed in a day, and the epoxy reaches full strength over the following days depending on temperature and humidity in the basement. Georgia summers cure it faster than winters. Our team will tell you when the system is ready to carry load before leaving the site.
FAQs reviewed by Allen Aschwege, who has owned and operated A&A Waterproofing, a foundation repair and waterproofing service in Marietta, GA, for close to thirty years.
Reach out and we'll evaluate the wall, tell you whether this system suits your situation, and explain exactly what the installation involves. If this system fits your wall, we'll say so, and if something else would serve you better, you'll hear that instead.
Business Name: A&A Waterproofing
Address: Marietta, GA, 30064
Phone: 770-443-1155
Business Hours:
Mon - Sat: 8:00 AM to 6:00 PM
Sunday: Closed
Hometown Heroes Discount
We're proud to offer 10% off for veterans, active-duty military, police officers, firefighters, EMTs, and other first responders as a thank-you for your service.
Comprehensive Warranty Coverage
We stand behind the quality of our work. Warranty coverage varies by service and repair, with options ranging from 10-year warranties to lifetime warranties on qualifying projects.
