ELECTRONICS RESTORATION

Electronics Restoration After Water, Fire, or Smoke Damage in Michigan

A television, a computer, a home theater system, or a major appliance that was wet, scorched, or sitting in smoke is not automatically scrap. What happens in the first hours, mainly whether anyone powers it on, decides more about whether it can be restored than the loss itself does.

Call (586) 277-1069 Text us instead

We answer in under 30 seconds. 24/7, every day of the year.

5.0★ on Google, 175 reviews
Michigan Licensed Builder #262500492
IICRC Certified Firm
24/7 dispatch, Macomb & Oakland County

Scorched over-the-range microwave and blackened wall above a white gas stove after a grease fire — A stovetop fire scorches the microwave and the cabinets above it first.

Do this now

5 steps to take in the first hour

Step1
Do not power it on
Leave every affected TV, computer, game console, appliance, and home theater component switched off and unplugged. Powering on a wet or soot-contaminated device is the single most common cause of permanent damage.
Step2
Do not try to dry it yourself
Skip the hair dryer, the rice, and the sunny windowsill. Heat and uncontrolled airflow can push moisture deeper into a device instead of out of it.
Step3
Move it away from the active loss, if it is safe to do so
If water, fire, or heavy smoke is still active, get clear of the area. Once it is safe, moving an affected device away from standing water or active soot limits how much more it absorbs.
Step4
Photograph the model and serial number before anything moves
Photograph the brand, model number, and serial number on the back or bottom of each device, along with its condition, before it is packed, moved, or disposed of.
Step5
Call Prime first, not your agent
Prime documents and inventories affected contents, including electronics, with photos before anything is removed. Call your carrier after the inventory and scope are written, not before.

Can I turn on a TV, computer, or appliance that got wet, scorched, or smoke-damaged?

No. Leave it off and unplugged. A wet circuit board that is never energized mostly just oxidizes, a slow process. The moment it is powered on, moisture bridging two conductive traces becomes a path for current, and that current corrodes the bridge within seconds, often causing permanent, immediate damage. Smoke-damaged electronics carry a similar risk from acidic, corrosive residue. Photograph the device, leave it alone, and have it assessed before anyone plugs it in.

The panic question

Why does powering on a wet or smoke-damaged device cause permanent damage?

A device that looks fine from the outside can be carrying moisture or corrosive residue across its internal circuit board, where nobody can see it. Powering it on sends current through every trace on that board, including any trace that moisture or soot residue is now bridging.

That current is what causes the damage. Electricity flowing across a moisture bridge drives electrolytic corrosion, visible as fine metal deposits growing across the gap, within seconds of power being applied. A board that would have survived being dried out and cleaned can be destroyed the moment someone checks whether it still turns on.

This is true across water, fire, and smoke losses alike. A TV or computer pulled from standing water, an appliance that was scorched, and a home theater receiver that sat in a smoky room all carry the same rule: leave it off until it has been assessed.

Water pooled on hardwood flooring at the base of a refrigerator in a kitchen — Water pools under a refrigerator long before it reaches the open kitchen floor.

What gets affected

What kinds of electronics and appliances get damaged in a water, fire, or smoke loss?

Almost anything with a circuit board, a motor, or exposed internal components is at risk once a loss reaches it. The exposure differs by loss type, but the devices at risk overlap heavily across all three.

Entertainment and computing: televisions, desktop and laptop computers, game consoles, receivers, speakers, and home theater wiring.
Major appliances: refrigerators, washers and dryers, dishwashers, HVAC control boards, and furnace or water heater electronics.
Smaller electronics: security panels, smart home hubs, routers, phone and tablet chargers left plugged in, and kitchen countertop electronics.
Specialty and office equipment: desktop printers, external hard drives, and small business point-of-sale hardware in a home office.

The restoration side

Can water-damaged or smoke-damaged electronics actually be restored?

Many can, when they are handled correctly from the first hour. Prime restores contents, including electronics, computers, and game consoles, with ultrasonic cleaning that removes water, contaminants, and corrosion from circuit boards and internal components without disassembling the device, as part of its content restoration service.

Not every device qualifies. The assessment looks at how long the device sat wet or exposed, whether it was powered on while contaminated, what kind of water or residue reached it, and the device's age and condition. A technician familiar with fire- or water-damaged equipment makes the repair-or-replace call on the individual unit, which is also what a carrier's claim file needs to see.

See the full process, pack-out through delivery, on the content restoration page.

Living room with sealed clear storage bins and plastic-wrapped furniture ready for pack-out — Contents packed out, inventoried and protected for the claim.

Documenting the claim

What does the insurance claim need for a damaged TV, computer, or appliance?

A contents claim moves faster when each affected electronic item is identified individually, not lumped into a general description. The brand, model number, and serial number, visible on a label on the back or bottom of most devices, along with the approximate purchase date and a photo of its condition, give an adjuster what they need to value the item.

This documentation matters most for electronics because, unlike furniture, two units of the same model can have very different claim values depending on age, included accessories, and whether it was part of a connected system such as a home theater or a security network. Prime's photo inventory captures each affected item individually as part of the broader pack-out and documentation process.

The pack-out process itself, what gets removed, how it is tracked, and how the personal-property portion of a homeowners policy is structured, is covered in full on the pack-out and contents claim page.

Commercial dehumidifiers running inside plastic containment over a covered floor — Commercial dehumidifiers inside containment pull water out of the air while the room dries.

Insurance

Does homeowners insurance cover electronics damaged by water, fire, or smoke?

A homeowners policy commonly covers sudden and accidental water damage, as well as fire and smoke damage, under the personal property (Coverage C) portion of the policy. The carrier decides based on the policy actually in force, the cause of loss, and the facts of the claim.

Coverage C is its own limit, typically set as a percentage of the dwelling coverage limit, not an unlimited pool. Whether a claim is paid at actual cash value or replacement cost, and how any depreciation is calculated and later recovered, depends on the specific policy language.

Prime documents the item, the cause of loss, and the condition with photos as part of the contents inventory. The actual cash value versus replacement cost distinction, and how recoverable depreciation works, are covered in full on their own pages.

Electrical safety first

Is it safe to even touch damaged electronics and appliances before cleanup starts?

Electrical safety comes before any restoration decision. The Consumer Product Safety Commission's flood-safety guidance instructs having a professional or the gas or electric company evaluate the home before using any appliances again, and to not touch a wet appliance that is still plugged into an electrical source.

The same guidance applies to the panel and wiring that feed those devices, not just the devices themselves. Gas control valves, electrical wiring, circuit breakers, and fuses that were under water are treated as unsafe and get evaluated and replaced, not just dried out and reused.

The Electrical Safety Foundation International's flood guidance adds that electrical equipment exposed to water can be extremely dangerous if it is re-energized without proper inspection, and that circuit breakers, fuses, GFCIs, receptacles, plugs, and switches that were submerged should be discarded rather than reused, since water and silt inside them can cause a malfunction later, not just at the moment of the flood.

If any part of the electrical system was submerged or exposed to active fire, treat the whole circuit as unsafe until it is checked. This applies to the outlet an electronic device plugs into, not only the device itself.

What nobody else publishes

Two different corrosion clocks: why a wet device and a smoke-damaged device do not fail the same way

A circuit board that gets wet and is never powered back on mostly just oxidizes, which is a comparatively slow process. Professional drying and cleaning can usually get ahead of plain oxidation if the device is handled before anyone restores power to it. Everything changes the instant that board is energized while still wet. Moisture bridging two conductive traces becomes a path for electrical current, and that current drives electrolytic corrosion, metal actually migrating across the bridge, in seconds rather than weeks. That is the specific mechanism behind the standard warning from the Consumer Product Safety Commission and the Electrical Safety Foundation International that a wet appliance or electronic device should not be used until it has been inspected, because "it still turned on" is not evidence that it is safe. The damage from powering on a wet device is frequently immediate and permanent, not gradual.

A smoke-damaged device runs on a different clock, and this one does not have a natural stopping point the way a water event does. Combustion residue carries chloride and sulfur compounds that are hygroscopic, meaning they pull moisture out of the surrounding air on their own, with no liquid water involved at all. That film becomes a renewable electrolyte on an exposed circuit board every time indoor humidity rises, which means a smoke-damaged device does not stop corroding once it has been dried the way a water-damaged one does. It starts corroding again the next humid day, for as long as the residue itself stays on the board. That difference is why cleaning the residue off, not just drying the device, is what actually stops a smoke-exposed TV, computer, or appliance from continuing to fail weeks or months after the fire.

On site

What this looks like in a Macomb or Oakland County home

Available nowCall now: (586) 277-1069On site in 25 minutes typically · Macomb & Oakland County · 24/7

Common questions

Frequently asked questions

Is it true that a device is fine if it still turns on after getting wet?

No. A device that still powers on after getting wet is not evidence that it is safe. The act of powering it on while a circuit board is still wet is what drives electrolytic corrosion across any moisture-bridged trace, within seconds, which is the opposite of what "it still works" suggests. The safer test is to leave it off and have it assessed before anyone applies power.

Why does a smoke-damaged device keep failing weeks after the fire, even after it was cleaned up?

Combustion residue carries chloride and sulfur compounds that are hygroscopic, meaning they pull moisture out of humid air on their own. That film re-forms as a conductive layer on an exposed circuit board every time indoor humidity rises, so a smoke-damaged device can keep corroding long after the smell is gone, unlike a water-damaged device, which mostly stops corroding once it has been thoroughly dried.

What electronics and appliances are most often damaged in a water, fire, or smoke loss?

Televisions, desktop and laptop computers, game consoles, and home theater equipment are the most common entertainment and computing losses. Major appliances, refrigerators, washers, dryers, dishwashers, and HVAC or furnace control boards, are frequently affected too, along with smaller items such as security panels, smart home hubs, and routers.

Can water-damaged or smoke-damaged electronics actually be restored, or are they always a total loss?

Many can be restored, not replaced. Prime restores electronics as part of its content restoration service, using ultrasonic cleaning to remove water, contaminants, and corrosion from circuit boards and internal components without disassembling the device. Whether a specific unit qualifies depends on how long it sat exposed, whether it was powered on while wet or contaminated, and its age and condition.

What information does my insurance claim need for a damaged TV, computer, or appliance?

The brand, model number, and serial number, found on a label on the back or bottom of most devices, along with the approximate purchase date and a photo of its current condition. That level of detail matters more for electronics than for furniture, because two units of the same model can carry very different claim values depending on age and accessories.

Does homeowners insurance cover electronics damaged by water, fire, or smoke?

A homeowners policy commonly covers sudden and accidental water damage, as well as fire and smoke damage, under the personal property (Coverage C) portion of the policy, and the carrier decides based on the policy and the facts of the loss. Coverage C is typically its own limit, set as a percentage of the dwelling coverage, and whether a claim pays at actual cash value or replacement cost depends on the specific policy.

Is it safe to plug in or test an appliance after a flood, even if it looks undamaged?

Not until it has been evaluated. The Consumer Product Safety Commission advises having a professional or the gas or electric company evaluate the home before using appliances again, and not to touch a wet appliance that is still plugged into an electrical source. Circuit breakers, fuses, GFCIs, and switches that were submerged are treated as unsafe to reuse even if they appear to work.

Should I try to dry out a wet electronic device myself before calling anyone?

Leave it off and unplugged instead of attempting to dry it with a hair dryer, rice, or direct sunlight. Heat and uncontrolled airflow can push moisture deeper into the device rather than out of it. Photograph the device and its model and serial number, then have it assessed before any drying or power is applied.

Cities we serve

Sources

Available nowCall now: (586) 277-1069Written estimate on site, free of charge · (586) 277-1069

Published by Prime Restoration, Sterling Heights, MI. Updated October 27, 2026.