Contents Restoration Guide
Water-damaged electronics are NOT necessarily destroyed — but powering them on is. Professional restoration can save devices that look ruined, and even when hardware can't be saved, your data often can be.
First-Hour Priorities
Step 1
This is the single most important rule. Turning on a water-exposed device causes short circuits that destroy components which could otherwise be professionally cleaned and restored. Remove batteries if possible.
Step 2
Even devices that weren't directly damaged should be unplugged to prevent electrical surges. Smoke and soot residue on circuit boards can cause shorts when current flows through them.
Step 3
This common advice doesn't work and can make things worse. Rice dust can contaminate ports and connectors. Professional drying in HEPA-filtered chambers is the only effective method.
Step 4
Document device makes, models, and serial numbers for insurance purposes. Photograph the condition of each device, including visible damage.
Field Visuals
These examples show the conditions and techniques our contents restoration teams use during active projects.
Ultrasonic cleaning removes moisture, corrosion, and soot particles from circuit boards and connectors without mechanical damage.
Small components and connectors are cleaned in specialized ultrasonic baths that reach areas impossible to clean manually.
Our controlled environment prevents static damage and contamination during the assessment and cleaning process.
Restoration Process
Each step is documented, tracked, and aligned with insurance requirements to ensure your belongings receive proper care.
Each device is opened in our controlled environment. We inspect circuit boards, connectors, and components for corrosion, moisture, soot deposits, and heat damage. We determine whether the device, the data, or both can be recovered.
Circuit boards are cleaned using ultrasonic baths with specialized solutions that remove contaminants without damaging components. Connectors are individually cleaned. All residual moisture and soot particles are eliminated.
Components are dried in HEPA-filtered, desiccant-controlled environments. Once verified dry and clean, devices are reassembled and tested incrementally — power supply first, then display, storage, and peripherals.
If a device cannot be physically restored, we prioritize data recovery. Hard drives, SSDs, and flash storage are imaged in our lab. Recovered data is returned on secure media. Functional devices are returned to you fully tested.
South Florida
Florida's salt air accelerates corrosion on exposed electronics. Devices near coastal windows or in storm-surge areas need faster treatment — salt water corrosion can begin within hours of exposure.
Charlotte, NC
Humidity fluctuations in North Carolina can cause condensation inside devices stored in uncontrolled environments. Climate-controlled assessment prevents secondary moisture damage.
Hurricane/Storm Areas
After hurricanes, power surges during restoration can damage electronics plugged in during power cycling. Keep devices unplugged until your electrical system has been professionally inspected.
Continue Your Research
Every hour matters when it comes to contents restoration. Call now for immediate assessment and professional care for your personal property.