Water Damage Restoration in North & South Carolina

Keep people away from electrical hazards, contaminated water and unstable building areas. Stop the source only if you can do so safely, photograph visible damage from a safe location, and call Revamp to discuss the loss. If anyone is in immediate danger, call emergency services.

The scope may include inspection, water extraction, moisture measurements, structural drying, selective material removal, cleaning, documentation and repair planning. Different materials and water sources require different approaches.

Mitigation focuses on limiting ongoing damage through steps such as water removal, stabilization and drying. Restoration includes the repair work needed after the property has been appropriately stabilized.

Drying time depends on how much water entered, how long materials stayed wet, material types and site conditions. The plan and progress should be guided by moisture readings and suitable drying targets, not a fixed promise of days.

Yes. Water can move along framing, behind baseboards and below finished flooring. A dry-looking surface does not mean every layer beneath it is dry.

No. Some materials can be dried in place under suitable conditions. Removal may be necessary for heavily damaged, contaminated, swollen or otherwise unsuitable materials. The actual loss needs assessment.

Coverage depends on the source of the water and the policy. Sudden accidental plumbing events may be treated differently from ongoing seepage or outside flooding. Your insurance company determines coverage.

No. Sewage and outside floodwater may contain harmful contaminants. Avoid contact and tell Revamp the source so the appropriate safety and cleanup scope can be discussed.

Revamp offers restoration repairs and reconstruction services. Whether these are included in a particular project depends on the written scope, the work required and the condition of the building.

Revamp is based in Indian Trail, NCNorth Carolina. Its service region includes Union, Mecklenburg and Anson counties in NC, and York, Lancaster, Chesterfield and Kershaw counties in SC. See the county-by-county directory above and call to confirm scheduling for your address.

Mold can begin growing on damp surfaces when moisture is left in place. The EPA advises drying wet areas and materials promptly, generally within 24 to 48 hours when safe and practical. The right mitigation steps depend on the water source and what materials were affected.

Costs depend on the water source, affected square footage, materials, contamination concerns, drying needs and whether reconstruction is required. Revamp can explain the proposed scope after reviewing the actual property; a general online range cannot replace a property-specific estimate.

Sometimes, but not as the first step. A flooded crawl space must be evaluated for the water source, contamination, wet materials and drying needs. Once water-entry problems have been addressed and the space is appropriately cleaned and dried, Revamp can assess whether a sealed vapor barrier, full crawl space encapsulation or dedicated dehumidifier would help control ongoing ground moisture and humidity.

No. Encapsulation manages ground vapor and air moisture, and a dehumidifier reduces humidity in a suitable enclosed space. Neither can prevent significant storm runoff, groundwater entry or another burst pipe. Sites that repeatedly flood need the source and drainage or flood-risk conditions assessed before an encapsulation design is chosen.

Keep out of potentially contaminated water and avoid electrical hazards. A burst supply pipe is not automatically a Category 3 water loss; actual water origin and contamination conditions determine the response. Sewage and outdoor floodwater can require additional safety precautions, cleaning and material removal. Contaminated or wet conditions should not simply be sealed beneath a new liner.

As soon as it is safe. EPA advises drying water-damaged materials promptly, generally within 24–48 hours when practical, to help limit mold growth. The right response still depends on the water source, contamination, affected materials and site conditions.