COMMERCIAL
CONCRETE REPAIR
IN HOWE, TX.
Howe's US-75 Business Route commercial strip was largely built in the 1980s — now 40+ years old and sitting on Grayson County's expansive clay soils. As the southern gateway to the Sherman-Denison metro's $35 billion semiconductor corridor, those aging facades can't afford to lose curb appeal to spalling concrete and failing joints.
What Commercial Concrete Repair Includes
Comprehensive concrete restoration for commercial facilities — from surface spalls to structural member repair.
Spall & Delamination Repair
Surface spalling and subsurface delamination are the most common concrete failures on North Texas commercial buildings. We map delaminated zones by sounding, remove all unsound material to sound substrate, and restore section using engineered repair mortars matched to original concrete strength and finish.
For Howe's 40-year-old commercial structures, exposed rebar is treated with corrosion inhibitor before patching — addressing the root cause rather than just covering the symptom.
Crack Injection & Sealing
Structural cracks are injected with epoxy (for load-bearing restoration) or polyurethane (for flexible sealing of active cracks). Non-structural surface cracks are routed and sealed with appropriate sealant systems.
Grayson County's expansive clay soils mean many Howe commercial buildings experience seasonal crack movement as the ground shifts. We specify sealant systems with the elongation capacity to accommodate that movement — not rigid materials that re-crack within a season.
Concrete Resurfacing & Overlay
When surface deterioration is widespread but the structural slab is sound, thin-bond or polymer-modified overlays restore appearance and function at lower cost than full slab replacement. Ideal for Howe's aging storefronts and drive-through aprons on US-75 where surface wear has accumulated over decades.
Overlay systems are profiled and textured to match surrounding surfaces and meet slip-resistance requirements for commercial pedestrian areas.
Structural Strengthening
Where load capacity has been reduced by section loss or corrosion, we restore structural performance using carbon fiber reinforced polymer (CFRP) wrap, near-surface-mounted reinforcement, or steel plate bonding — methods that add strength without adding significant dead load.
This is particularly relevant for Howe ISD's campus facilities — institutional buildings where a structural assessment and documented repair scope provides the accountability required for public-sector maintenance programs.
Industries We Serve in Howe
Why Howe Commercial Buildings Need Concrete Repair Now
Howe's commercial building stock along the US-75 Business Route has a median year built of 1983 — placing most structures squarely in the 40-year range where original concrete joint systems, slab surfaces, and structural members experience accelerated deterioration. Lower median household incomes historically meant stretched repair cycles, compounding surface degradation into structural concerns.
Grayson County's expansive clay soils don't stop moving. The Union Pacific rail corridor running through Howe adds persistent ground vibration. Together, these forces create ongoing crack propagation and joint separation that surface patching alone can't address — the underlying movement must be accommodated in the repair specification.
With Howe positioned as the southern gateway on US-75 to the Sherman-Denison metro — now generating 37% population growth and billions in new semiconductor investment — upgrading building facades from deteriorated concrete to properly restored exteriors is a direct business advantage. We're based 22 miles north in Whitesboro and work throughout Grayson County.
Howe's commercial strip averages 40+ years old — prime age for concrete joint and surface system failure
From 2,600 to 3,571 residents — Sherman-Denison metro spillover increasing commercial foot traffic on US-75
Whitesboro to Howe — core Grayson County service area, fast mobilization
Why Choose Griffin Restoration
Commercial exterior restoration since 2000
Licensed in TX, OK, AR, and LA
56' and 72' — self-performing capability
Full coverage for commercial projects
Commercial Concrete Repair FAQ
What causes concrete spalling on commercial buildings?
Concrete spalling on commercial buildings is primarily caused by water infiltrating the concrete matrix, corroding embedded rebar, and creating expansive pressure that fractures the surface. In Howe, Grayson County's heavy expansive clay soils compound this — seasonal shrink-swell movement creates ongoing stress at slab edges, column bases, and grade-level masonry. The open position of Howe's commercial strip on US-75 Business Route also means maximum exposure to North Texas freeze-thaw cycles, accelerating the moisture-driven spall process on structures that are now 40+ years old.
How do you repair structural concrete on a parking garage?
Structural parking garage repair begins with a full condition survey — sounding, core sampling, and carbonation testing — to map delaminated zones and quantify rebar corrosion. We remove all unsound concrete by hydrodemolition or chipping, treat exposed rebar with corrosion inhibitor, apply bonding agent, and restore section geometry with engineered repair mortars matched to the original concrete strength. Traffic-bearing decks receive a waterproofing membrane before the wearing surface is restored. Our 56' and 72' boom trucks provide access to multi-level structures without full scaffold setup.
What is the difference between concrete patching and structural concrete repair?
Concrete patching replaces lost material at the surface level — stopping further deterioration and restoring appearance. Structural concrete repair goes further: it addresses loss of load-carrying capacity, treats corroding reinforcement, and restores the engineered section properties of the member. Buildings along Howe's US-75 frontage strip — most built in the 1980s — are entering the age range where patching alone is no longer sufficient and a structural assessment is warranted before specifying repair scope.
Can concrete repairs be done in phases to keep the building operational?
Yes. Phased repair is standard practice for occupied commercial buildings. We sequence work by bay, level, or elevation so that access, egress, and critical operations continue throughout. For Howe businesses along US-75 — where retail traffic is tied to corridor visibility — we schedule concrete work to avoid peak business hours and restore affected facades before the next business day when possible.
What does commercial concrete repair cost per square foot?
Surface spall and delamination repair typically ranges from $15–$45 per square foot depending on depth of removal, substrate condition, and access requirements. Crack injection is priced per linear foot. Structural strengthening with carbon fiber or steel plate bonding is scoped per member. A condition survey is the only reliable way to generate a defensible number — call us for a site assessment and we'll provide a detailed scope with line-item pricing.
Related Services
Commercial concrete repair often works alongside these complementary services.
Parking Garage Repair
Parking structures require specialized concrete repair scopes addressing traffic-bearing decks, spandrel beams, and column bases. We handle structural repair and waterproofing membranes as a single coordinated scope.
Explore parking garage services →Commercial Waterproofing
Repaired concrete must be protected from the moisture that caused the original failure. We coordinate waterproofing application as part of any concrete repair scope to eliminate redundant mobilization costs.
Learn more about waterproofing →Exterior Building Repair
Concrete repair often reveals adjacent masonry, caulking, or facade issues. Our full exterior restoration capability means we can address the complete building envelope in one mobilization.
See our exterior repair capabilities →Protect Your Howe Property
Whether you own a storefront on US-75 Business Route, an agricultural supply facility, or an institutional campus — we'll assess your concrete repair needs and provide a detailed scope of work.