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Edmond, OK 73013
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Edmond, OK 73013
Top notch
Metal Building Slabs in Edmond, OK
Metal building slabs in Edmond, OK are constructed around steel-frame layouts, anchor locations, elevations, and structural requirements.
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ACI-Standard Execution
Up To 10-year warranty
Licensed & Insured
what we do
Built for the Load, Engineered for the Structure.
Near Highland Park and Chitwood Park, changing soil moisture and thunderstorms make proper grading, compaction, and foundation preparation especially important. Seitz Concrete keeps the work in-house for greater quality control and project oversight.
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Elevate Your Backyard
Steel Building Foundations Designed for Edmond Properties
Steel buildings in Edmond require slab construction that accounts for local expansive clay, changing soil moisture, thunderstorms, and seasonal temperature swings. Accurate grading, compaction, elevations, anchor locations, and reinforcement help keep the foundation aligned with the building plans and structural requirements.
In-House Crews & Zero Subcontracting
Seitz Concrete is a fully self-performing contractor. Our own experienced crews handle every phase of excavation, formwork, pouring, and finishing. We never subcontract our foundation work.
Grade Beams & Thickened Edges
Where required by the project plans, foundations can include grade beams, thickened slab edges, and reinforcement designed around structural loads and building requirements.
Anchor Bolt Embeds & Precision Layouts
Anchor bolts, embeds, and other connection points are positioned according to the applicable building plans and layout requirements to support accurate steel erection.
Control Joint Layouts & Saw-Cutting
Control joints are planned according to slab dimensions and project requirements to help manage normal concrete shrinkage and reduce random cracking.
ACI Standards & Dedicated PM
Each project follows applicable ACI standards, with dedicated project management overseeing site preparation, placement, and finishing.
Why us
Why Edmond Property Owners and Steel Building Dealers Choose Seitz
Navigating a metal building project requires seamless coordination between your steel supplier, general contractor, and concrete team. Here is what sets our foundation work apart:
Eliminate Coordination Friction
Whether you are a property owner managing your own build or a local metal building dealer looking for a trusted concrete sub, we speak the language of steel construction. We coordinate directly with your erection schedule to keep timelines on track.
True Self-Performance Reliability
Competitors often quote your project only to hand the work off to unknown subcontractors. With Seitz, the crew on your job site wears our name, carries our accountability, and delivers consistent craftsmanship.
Built to Reduce Alignment and Settlement Risks
Proper site preparation, elevations, reinforcement, and accurate slab construction help reduce the risk of settlement and alignment problems that can complicate steel building installation.
Built for Local Soil Conditions
Edmond’s expansive clay soils can change with moisture conditions, making proper grading, compaction, drainage, and foundation preparation especially important. Reinforcement, vapor barriers, and other structural components can then be incorporated when required by the project specifications.
Tested System
Our Metal Building Slab Process
Step 01
Plan Review and Layout
We review the available building and foundation plans to establish the slab footprint, elevations, column locations, anchor requirements, utility penetrations, and other project-specific details.
Step 02
Site Preparation and Compaction
The site is prepared to the required grade, with attention to elevations, drainage, soil conditions, and compaction before concrete installation begins. Seitz already documents grading and compaction as part of its slab preparation.
Step 03
Forms and Reinforcement
Forms, reinforcing steel, grade beams, vapor barriers, and other foundation components are installed according to the applicable plans and project requirements.
Step 04
Embeds and Penetrations
Anchor bolts, embeds, sleeves, drains, utility penetrations, and other required components are positioned before the pour when included in the project specifications.
Step 05
Concrete Placement and Finishing
Our self-performing crews place and finish the slab according to specified elevations, dimensions, reinforcement requirements, joint layouts, and applicable ACI standards.
Client Reviews
What Local Builders & Owners Say
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Secure Your Steel Building With an Expert Foundation
Partner with Edmond’s trusted self-performing concrete team for precision engineering and flawless execution.
Don’t risk your pre-engineered building on a substandard slab.
Contact Seitz Concrete today to discuss your metal building specs and schedule your site evaluation.
FAQ
FREQUENTLY ASKED QUESTIONS
How do Edmond soil conditions affect metal building slabs?
Edmond’s expansive clay soils can shift as moisture levels change. Proper grading, compaction, drainage, and foundation preparation help create a more stable base before the slab is placed.
Do you build metal building slabs for property owners in Edmond?
Yes. Seitz Concrete works with property owners and building professionals who need foundations for steel structures. Self-performing crews complete the slab work directly rather than subcontracting the foundation installation.
What should be considered when planning a metal building slab in Edmond?
Important factors include building dimensions, elevations, structural loads, reinforcement, drainage, soil conditions, anchor locations, utility penetrations, and other requirements shown in the project plans.
How are anchor bolts and embeds positioned for a metal building slab?
Anchor bolts, embeds, and connection points are positioned according to the applicable building and foundation plans so they align with the steel framing requirements.
What standards does Seitz Concrete follow for metal building slabs?
Seitz Concrete follows applicable ACI standards and project specifications. Depending on the plans, the slab may include specified reinforcement, grade beams, joint layouts, penetrations, elevations, and other structural components.