How OkCrete Pours Concrete That Lasts
About OKCrete
OKCrete started in September 2012 with a simple goal: set the standard for concrete in Oklahoma, and teach homeowners what to look for before they sign a contract. Today we have offices in Tulsa and Oklahoma City, and everything we learn through research and training goes straight into how we build.
Our customers come away understanding industry standards, so they can compare any bid, including ours, and decide with confidence.
Our Standard Specs
- Utility locating through OKIE811
- Soil density testing
- Mechanical or chemical soil modification when required
- Base modification by compaction
- Structural aggregate base (ODOT spec)
- Rebar sized to the application, tied 100%
- Curing compound on every pour
- Admixtures per the project’s contract
The Water-to-Cement Ratio: 1 Gallon Added vs. 6–9
The more water in concrete, the weaker it gets. Many crews add extra water to make concrete easier to pour and finish, and it quietly cuts strength by up to half. We add one gallon of water per cubic yard, just a 4.5% strength reduction, while competitors add 6–9.
OKCrete
Adds 1 gallon of water per cubic yard
strength reduction
Typical Crew
Adds 6–9 gallons of water per cubic yard
strength reduction
OKCrete vs. Competitors
1 gallon per cubic yard; ~4.5% strength reduction.
6–9 gallons per cubic yard; 25–50% strength reduction.
~7 inches below grade; removes concrete and 2–3 inches of soil.
Minimal excavation or pours on existing ground.
Compacted native soil and wetted, compacted RCA base.
Sand or concrete placed directly on soil.
3/8-inch (#3) steel rebar, 18 inches on center both ways.
Light wire mesh or no reinforcement.
Supported on chairs within the slab.
Rebar on the ground or sinking during pouring.
True 4-inch slab.
2×4 forms giving approximately 3.5 inches.
4,000 PSI.
Lower PSI mixes.
Light broom finish and curing compound.
Typically no curing compound.
01: Planning & Preparation
02: Site Preparation
03: Forms, Thickness & Expansion Joints
04: Placing & Consolidation
05. Finishing & Jointing
06. Curing & Protection
ACI Protocols on Every Project
Extreme Weather Considerations
- Avoid placing or curing concrete in freezing conditions whenever possible.
- Fresh concrete should be kept above 35°F during the curing period.
- In hot weather, protect new concrete from rapid moisture loss caused by evaporation.
- Membrane curing compounds alone do not provide warmth in cold conditions.
- In temperatures at or below 32°F, proper insulation or supplemental heating is required to maintain strength development.
Curing Mistakes to Avoid
- Do not allow the concrete surface to dry too quickly.
- Avoid curing shortcuts that reduce moisture retention.
- Rapid drying stops the hydration process, resulting in a weak surface prone to scaling and damage.
Colored Concrete Tips
- Proper curing is especially important for colored concrete to ensure even color development.
- Protect colored surfaces from uneven drying and extreme temperatures during the curing phase.
Sealing & Surface Protection
- Water-repellent sealers can help protect concrete from freeze/thaw cycles and deicing chemicals.
- Sealers prevent moisture from penetrating surface pores.
- Newly cured concrete should be allowed to air-dry fully before sealing.
- Always follow the sealant manufacturer’s application guidelines.
First Winter Care
- Do not use salt or chemical deicers during the first winter after installation.
- Use sand for traction instead of salt.
- Even small amounts of salt — including residue carried on vehicles — can cause surface scaling.
- Fertilizers should never be used as deicers at any time.