Structural Reinforcement Services in Arizona | Strengthen, Comply & Save
Not every crack, sagging beam, or overloaded slab requires demolition. With the right plan, structural reinforcement restores capacity, improves safety, and brings aging facilities into compliance—often with far less disruption than a rebuild. Bunney’s Inc. delivers engineered reinforcement solutions for industrial, utility, municipal, and commercial clients, serving businesses across Arizona.
New to Bunney’s? Learn who we are and explore our capabilities.
What structural reinforcement is (and when to use it)
Structural reinforcement increases the load-carrying capacity or serviceability of existing elements—beams, columns, slabs, walls, and foundations—so they can handle new equipment, process changes, code updates, or deterioration. It’s a smart choice when you need to:
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Add or relocate heavy machinery or racking
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Address cracking, deflection, or corrosion without full replacement
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Meet new seismic, wind, or safety requirements
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Recover capacity after water, chemical, or impact damage
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Minimize downtime compared to demolition and rebuild
Methods we deploy (selected to your structure and loads)
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Carbon Fiber Reinforced Polymer (CFRP): Thin, high-strength wraps/laminates that add flexural or shear capacity with minimal weight—ideal overhead or in tight spaces.
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Fiber-Reinforced Cementitious Matrix (FRCM): Mesh + mortar systems for masonry or concrete where breathability and fire performance matter.
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Steel plate bonding & jacketing: Bolted or bonded steel to stiffen beams/columns and distribute loads.
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Embedded rebar/mesh & overlays: Section enlargement, toppings, or banding to strengthen slabs and beams.
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Post-tensioning & anchorage upgrades: External or internal systems to reduce deflection and crack widths.
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Foundation reinforcement: Helical/push piers, grade beam ties, and soil improvement to control settlement.
Every project begins with a condition assessment and load path review so the solution matches your structure, budget, and schedule.
Our process (built for operating facilities)
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Assess & model – Field review, NDT (as needed), elevations/deflection checks, and load analysis.
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Engineer & plan – Repair design, submittals, phasing, access, and safety plan aligned to your operations.
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Prepare substrates – Surface profiling, moisture testing, corrosion mitigation, and anchor proof-testing.
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Install & verify – Certified crews, environmental controls, pull tests/torque logs, and in-process inspections.
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Closeout & train – As-builts, QA/QC records, maintenance guidance, and turnover documents.
Compliance, quality, and documentation
Reinforcement work follows applicable standards, including:
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ACI 318 (Building Code), ACI 562 (Repair Code), ACI 440 (FRP design)
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Relevant ASTM material and test methods
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Local building and fire codes, and owner specifications
Deliverables can include stamped drawings, material certs, anchor proof-tests, pull-off/adhesion results, photos, and as-built layouts to support audits and permits.
Typical applications in Arizona facilities
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Equipment pad and mezzanine upgrades for new process loads
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Pipe racks, platforms, and support frames with added vibratory loads
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Slab strengthening for forklifts, reach trucks, and high-bay storage
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Tank ringwalls, containment, and clarifier structures at water/energy sites
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Masonry shear walls and diaphragms for lateral performance
Why owners choose Bunney’s Inc.
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Engineering-led repairs: Practical designs that fit site realities.
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Minimal disruption: Phasing, night work, and targeted access to keep operations running.
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Arizona-tested execution: Methods tuned for heat, dust, monsoon moisture, and UV.
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Accountable QA/QC: Traceable materials, measured results, and clear closeout.
What affects cost and schedule
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Extent of deterioration and required capacity gain
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Access (overhead, confined spaces, energized areas) and environmental controls
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Testing, permits, and inspection requirements
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Finish expectations (fireproofing, coatings, wash-down, or chemical exposure)
You’ll receive a line-item proposal with options so you can balance budget, downtime, and long-term performance.
FAQs
What’s the difference between CFRP and steel plate reinforcement?
CFRP offers high strength-to-weight with minimal thickness—excellent where access is tight or added dead load is a concern. Steel plate/jacketing can be preferable for impact resistance, heat exposure, or when bolted solutions are desired.
Can reinforcement be done without shutting down production?
Often yes. We phase work areas, control debris, and coordinate access with your team. Many scopes (CFRP, anchors, overlays) are compatible with off-shift installs.
How long do reinforced elements last?
Service life depends on design, environmental exposure, and maintenance. With proper detailing (moisture control, coatings, joints) reinforced members can meet or exceed original design life.
Will I need a permit or special inspection?
Most structural work requires permits and inspections. We prepare submittals and coordinate special inspection/testing per code and owner standards.
How do you verify performance?
We combine engineering calculations with field QC: anchor proof-tests, adhesion/pull-off testing for bonded systems, torque logs, and post-install measurements (deflection/elevation) as specified.
