Surface materials might feel dry to the touch within 24 hours, but moisture hides inside enclosed wall cavities, sill plates, and under concrete slabs. In Arizona’s high temperatures, this hidden moisture rots structural framing and triggers toxic mold blooms out of sight.
Our Step-by-Step Restoration Protocol
1. Psychrometric Baseline & Moisture Mapping
We record ambient relative humidity (RH), temperature, dew point, and grains per pound (GPP) of air moisture, comparing affected zones against unaffected baselines.
2. Low-Grain Refrigerant (LGR) Dehumidification
Industrial Phoenix LGR dehumidifiers drive indoor relative humidity down below 30%, creating the high vapor pressure differential needed to draw deep moisture out of wood and concrete.
3. Strategic 45-Degree Axial Air Movement
High-velocity axial fans are positioned to strip the stagnant boundary layer of saturated air from wet surfaces, dramatically accelerating evaporation.
4. Daily Calibrated Moisture Monitoring
Technicians log moisture content daily with pin and pinless meters until all materials reach the dry standard required by IICRC S500 and insurance adjusters.
Specialized Equipment We Deploy
Low-Grain Refrigerant (LGR) Dehumidifiers
High-Velocity Axial Air Movers
Injectidry Wall Cavity Systems
Calibrated Digital Psychrometers & Probes
Service Questions & Answers
How long does structural drying typically take in Phoenix?+
Under controlled IICRC psychrometric standards, structural drying generally takes 3 to 5 days. High-density materials like double-layered drywall or concrete slab subfloors may take slightly longer.
Why must the drying equipment run continuously day and night?+
Turning dehumidifiers off disrupts the vapor pressure differential, allowing evaporated moisture in the air to re-absorb into dry building materials and resetting the drying clock.