-
Edmond, OK 73013
-
Edmond, OK 73013
Top notch
Shop Pads & Large Slabs in Edmond, OK
Seitz Concrete constructs shop pads and large slabs in Edmond, OK, for building dimensions, elevations, reinforcement, and load requirements.
5 ★ google reviews
ACI-Standard Execution
Up To 10-year warranty
Licensed & Insured
what we do
Built for Large Footprints and Demanding Loads.
Serving projects near Highland Park and the Rossmore District, our licensed, insured, self-performing crews follow ACI standards. Hot summers and moisture-sensitive clay make drainage, subgrade preparation, and elevation control important for slab performance.
professional
Our concrete services
Get Started today!
Elevate Your Backyard
Shop Pads Built for Edmond’s Expansive Soil Conditions
Large shop pads in Edmond require careful planning around building dimensions, equipment loads, elevations, reinforcement, and local soil conditions. Expansive clay, hot summers, and changing moisture levels can affect site preparation, so Seitz Concrete builds each slab around the applicable plans, intended use, and project-specific requirements.
30x40 Shop Pads
Ideal for residential workshops and light commercial setups, featuring optimized thickness and reinforcement schedules to prevent cracking under vehicle loads.
40x60 Shop Pads
Larger footprints provide additional space for equipment, multiple work areas, storage, or vehicle access. Reinforcement, joints, grade beams, and other
60x80 and Larger Slabs
Large building footprints require careful control of elevations, reinforcement, joint layouts, and slab placement. Each project is coordinated around the building plans and foundation specifications.
In-House Crews & Zero Subcontracting
Every yard is placed, screeded, and finished by dedicated in-house crews rather than being handed off to outside subcontractors.
ACI Standards & Dedicated PM
Each project follows ACI standards, with dedicated project management providing oversight throughout preparation, placement, and finishing.
Why us
Why Edmond Property Owners and Business Operators Choose Seitz
Large slabs require accurate preparation, reinforcement, elevations, and placement to support the intended building and daily use. Experienced self-performing crews combine structured project management with ACI-standard execution from site preparation through finishing.
Self-Performing Accountability
Dedicated in-house crews handle the work directly, providing consistent oversight and accountability throughout the project without subcontracting the foundation or slab installation.
Built Around Project Load Requirements
Shop equipment, vehicles, storage systems, and other concentrated loads can affect slab requirements. Thickness, reinforcement, and localized structural features are completed in accordance with the applicable building plans and specifications.
Technical Concrete Execution
Depending on project requirements, slab construction can incorporate embeds, utility penetrations, grade beams, reinforcement, joint layouts, and precise elevations.
Prepared for Edmond Soil Conditions
Edmond’s expansive clay can move as moisture levels change. Proper grading, compaction, drainage, and subgrade preparation help create a more stable base beneath larger concrete footprints.
Tested System
Our Step-by-Step Shop Pad and Large Slab Process
Step 01
Project Review & Layout
We review the building footprint, available plans, elevations, equipment requirements, utility locations, and other project-specific details before concrete work begins.
Step 02
Site Preparation & Compaction
The site is graded and prepared with attention to drainage, soil conditions, elevations, and subgrade compaction. Seitz specifically documents soil evaluation, grading, and compaction as part of its slab preparation process.
Step 03
Forms & Reinforcement
Forms, reinforcing steel, vapor barriers, grade beams, and other components are installed where required by the plans and specifications.
Step 04
Embeds & Utility Coordination
Floor drains, sleeves, anchor locations, plumbing penetrations, and other embedded components are positioned before placement when included in the project requirements.
Step 05
Concrete Placement & Finishing
Seitz Concrete’s self-performing crews place, screed, finish, and joint the slab according to the required dimensions, elevations, specifications, and applicable ACI standards.
Client Reviews
What Our Partners Say
Get Started today
Build Your Workshop on a Solid Foundation
Heavy equipment and building structures require a slab designed around the project’s size, load requirements, and intended use. Work with an experienced self-performing team for precise planning, site preparation, and installation.
Ready for a professional experience that delivers lasting results?
Contact Seitz Concrete to discuss your shop pad specifications and schedule a site evaluation.
FAQ
FREQUENTLY ASKED QUESTIONS
Do you build 30x40, 40x60, and larger shop pads in Edmond?
Yes. Shop pads and large slabs can be built for a range of footprints, including 30×40, 40×60, 60×80, and larger projects. Specifications are based on the building plans, intended use, and applicable project requirements.
Are your crews subcontractors in Edmond?
No. Experienced in-house crews complete the slab work directly rather than subcontracting the foundation or installation.
How are slabs prepared for heavy equipment in Edmond?
Equipment weight and concentrated loads can affect slab thickness, reinforcement, and structural requirements. Each slab is built according to the applicable plans and specifications for its intended use.
What standards apply to large slabs?
Projects follow applicable ACI standards. Depending on the plans, requirements may include specified reinforcement, grade beams, joint layouts, embeds, utility penetrations, elevations, and other structural details.
How do you prepare Edmond’s clay soil before a large slab is poured?
Site preparation can include soil evaluation, grading, drainage planning, and compaction to establish a stable subgrade before concrete placement. These steps are especially important where expansive clay responds to changing moisture conditions.