Job completed for John D. - Randolph, NJ - Water Damage

Completion date: November 11, 2025

Location: Randolph, NJ

Solutions provided:

John D. experienced significant water damage at his home in Randolph after a sudden water pipe break caused widespread flooding throughout several rooms. The burst pipe saturated drywall, flooring, and wet insulation, resulting in progressive moisture migration that required immediate water extraction and structural drying. Because the loss was covered by his homeowner’s insurance, the mitigation process in Randolph moved quickly, allowing us to focus on detailed moisture mapping and appliance leak cleanup in the affected zones. Standing water beneath the wood floor created additional concerns for wood floor water damage, so specialized drying systems were deployed to stabilize humidity levels. Throughout the initial phase, the Randolph property required extensive inspection to identify hidden water pockets behind walls. The main water line break also contributed to HVAC discharge line moisture buildup, adding further complexity to the mitigation needs in Randolph.

During the restoration phase, technicians in Randolph performed a full dry-out plan involving centrifugal air movers, dehumidification, and thermal imaging to verify structural drying progress. Wet insulation removal and replacement were necessary due to the extent of the water intrusion, and the Randolph home also required subfloor sanitation to prevent microbial activity. With water extraction completed early, attention shifted to long-term damage prevention, including checking for roof leaks and appliance failure risks to avoid future bursts. Insurance adjusters in Randolph received documentation of moisture readings, drying logs, and material assessments to support the covered claim. The wood floor water damage section of the property underwent controlled drying to reduce cupping and restore stability. By the end of the project, the Randolph residence had fully completed the water damage restoration process, ensuring all affected building materials met dry standard requirements.

Team members on this project:

Leo Trinidad