The short answer
Your First Steps When Electronics Get Wet
Immediately unplug the device from its power source and remove any batteries. Do not press any buttons or attempt to turn it on. If the device is a laptop or desktop computer, disconnect it from the wall and any backup battery units. Moving a wet device can cause water to spread, so handle it carefully.
Wipe off any visible surface water with a dry cloth. Do not use a hairdryer or place the device in an oven, as concentrated heat can damage sensitive components. Instead, focus on getting the device to a dry, well-ventilated area. The goal is to stop further electrical flow and begin the drying process safely.
Why Water Type and Exposure Time Matter
Clean water from a supply line poses less risk than contaminated water from a sewer backup or flood. Contaminated water contains microbes and minerals that can corrode circuits rapidly. The longer any liquid sits inside a device, the higher the chance of corrosion and mold growth on internal parts.
If the water contained dirt, soap, or other chemicals, the residue can create conductive paths even after drying. This residue often requires professional cleaning to remove safely. Time is a major factor; electronics submerged for days are far less likely to be saved than those wet for only a few minutes.
- Clean water from a broken pipe or rain.
- Gray water from appliances like dishwashers or washing machines.
- Black water containing sewage or floodwater.
- Water mixed with cleaning chemicals or soaps.
- Saltwater, which is highly corrosive to metals.
- Water that has been sitting, allowing microbial growth.
The Dangers of Power and Short Circuits
Applying power to a wet circuit board almost always causes a short circuit. A short circuit sends electricity where it is not designed to go, which can fry microchips and melt delicate wiring. This damage is usually immediate and irreversible, turning a salvageable situation into a total loss.
Even if a device seems dry on the outside, moisture can linger in connectors and under components for days. This is why you should never test a device by plugging it in soon after an incident. Patience during the drying phase is essential to avoid destroying the device yourself.
Professional Electronics Restoration Process
Water damage pros with electronics expertise often use a detailed process. They can disassemble the device in a controlled environment to access internal components. Specialized tools can safely remove mineral deposits and corrosion from circuit boards without causing physical damage.
They may use industrial-grade dehumidifiers to draw moisture out from deep within components. This controlled drying is often more effective than air drying at home. The pros can also test individual components to see which parts are still functional after cleaning and drying.
Deciding to Repair or Replace an Item
The decision depends on the device's value, sentimental worth, and the extent of damage. Restoring a complex device like a smartphone or computer can be costly, sometimes approaching the price of a new unit. For older electronics, replacement may be the more practical choice.
Contact your insurance company to understand your coverage for water-damaged personal property. Policies vary, and your insurer decides what is covered. A professional restoration assessment can provide documentation for a claim, showing whether repair was attempted and the likely cause of failure.
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Call Now (405) 565-9833Frequently asked questions
Can I put a wet phone in rice to dry it?
Rice is not recommended. It absorbs moisture very slowly and leaves starch dust that can harm components. Silica gel packets are more effective, but for best results, consult a professional electronics restoration service to properly dry and clean the internal circuits.
How long should I wait before turning on a dried device?
Wait at least 48 to 72 hours in a dry environment, and longer if the device was fully submerged. Even if the outside feels dry, internal moisture may remain. When in doubt, have a professional inspect it before applying any power to avoid shorting the system.
Are some electronics more likely to survive than others?
Yes. Simple devices with fewer circuits, like a lamp or clock, often survive if dried properly. Complex devices with batteries, hard drives, and multiple circuit boards, like computers and modern televisions, are more vulnerable to corrosion and data loss from water exposure.