When it comes to restoring your interior concrete floors after severe storms or hurricanes, a skilled flooring contractor in Raleigh, NC can provide the expertise, quality, and personalized service you need to bring your surfaces back to their pre-loss condition.
Precision and Decorative Concretes is Raleigh’s go-to concrete flooring specialist for storm damage repair and restoration.
We offer a wide range of solutions to rehabilitate your residential or commercial floors after heavy rains, flooding, or wind damage.
Our team has the skills and experience to handle any post-storm concrete restoration project, big or small.
Whether you need water extraction and dehumidification for your flooded downtown Raleigh basement or leveling and resurfacing of your hurricane-damaged warehouse floor, we have the solutions to get you back in business.
Unpolished residential concrete flooring with a rustic finish
Ensuring Proper Moisture Remediation for Storm-Damaged Concrete Floors
One of the most critical steps in restoring concrete floors after severe weather is thorough moisture remediation.
If excess water is not properly extracted and the slab is not dried to industry standards, you could face a host of problems down the line:
- Debonding of coatings or overlays
- Adhesive deterioration and flooring failure
- Mold growth and musty odors
- Degradation of the concrete itself
At Precision and Decorative Concretes, we utilize the latest equipment and techniques to ensure your storm-soaked slab is fully dried and ready for repair and refinishing:
| Moisture Remediation Step | Equipment Used | Goal |
|---|---|---|
| Water Extraction | Truck-mounted and portable extractors | Remove standing water and bulk moisture |
| Dehumidification | Desiccant and LGR dehumidifiers | Lower ambient humidity to speed evaporation |
| Air Movement | Air movers and axial fans | Facilitate evaporation and prevent condensation |
| Temperature Control | Portable heaters or chillers | Maintain optimal conditions for drying |
| Moisture Monitoring | Penetrating and non-penetrating meters | Verify slab has reached dry standard |
We document all moisture readings and follow IICRC S500 guidelines to ensure your slab meets the dry standard before proceeding with any additional work.
Repairing Storm Damage to Concrete Flooring
Once the moisture has been successfully remediated, the next step is repairing any physical damage to the concrete.
Hurricanes and severe storms can cause a variety of issues that compromise the integrity and appearance of your floors:
- Cracks and fissures from hydrostatic pressure
- Spalling and surface erosion from fast-moving water
- Pitting and popouts from wind-driven debris impact
- Staining and contamination from floodwater pollutants
Our skilled technicians will assess the extent of the damage and develop a tailored repair plan to restore structural stability and prepare the surface for refinishing.
| Type of Damage | Repair Method | Benefits |
|---|---|---|
| Structural Cracks | Epoxy Injection |
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| Spalls and Popouts | Polymer-Modified Repair Mortars |
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| Uneven or Eroded Surfaces | Grinding and Patching |
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We use industry-leading repair materials and techniques to ensure your concrete is sound, durable, and ready for its final finish.
Restoring the Finish of Your Storm-Ravaged Concrete Floors
With the slab dry, stable and repaired, it’s time to restore the desired finished appearance.
Whether you had polished concrete, decorative overlays, or epoxy coatings before the storm, our craftsmen can recreate that look or give your floors a fresh new style.
Our team will work with you to choose the best products and techniques to achieve your desired aesthetic while providing maximum durability and resilience against future storms.
| Finish Type | Aesthetic Options | Performance Benefits |
|---|---|---|
| Polished Concrete |
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| Decorative Overlays |
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| Resinous Coatings |
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Why We Think This Is Important
At Precision and Decorative Concretes, we believe that your floors are the foundation of your home or business.
When severe storms or hurricanes strike, it’s crucial to restore that foundation properly to protect your investment and provide a safe, comfortable environment for your family or customers.
Cutting corners on post-storm concrete restoration can lead to a host of problems, from trip hazards and aesthetic issues to more severe moisture-related damage and even structural failure.
Polished gray concrete flooring with reflective finish
By following industry best practices and using top-quality materials, we ensure that your restored concrete floors will look beautiful and perform optimally for years to come, no matter what Mother Nature brings.
When you choose Precision and Decorative Concretes for your storm damage restoration needs, you’re not just getting a flooring contractor – you’re getting a partner who is invested in the long-term success of your project and the resilience of our Raleigh community.
FAQ
What steps are involved in restoring concrete flooring in Raleigh, NC after storm damage?
The key steps are moisture remediation, damage repair, and resurfacing/refinishing. Proper drying, crack repair, and leveling must be done before restoration.
How do I choose a contractor experienced in storm damage restoration for concrete floors?
Look for a Raleigh contractor certified in water damage restoration with a portfolio of successful concrete remediation projects. Verify they are licensed and insured.
What training and certifications should a contractor have for post-storm concrete restoration?
Industry certifications from the IICRC in water damage restoration and applied structural drying are a must. Additional training in concrete repair is ideal.
How can I make my concrete floors more resilient against future storm damage?
Consider upgrading to moisture-resistant finishes like penetrating sealers or urethane topcoats. Ensure proper grading and drainage around your foundation.
How long does the concrete floor restoration process take after storm damage?
The timeline depends on the extent of moisture intrusion and damage. Proper drying can take 3-5 days, with repair and refinishing requiring an additional 1-2 weeks on average.
