Key Takeaways

A slow drip of one drip per second — which homeowners commonly dismiss as minor — loses 3,153 gallons per month and delivers enough sustained moisture to cause mould growth, drywall replacement, and subfloor delamination if left unaddressed for four to eight weeks.

Small leaks cause more total property damage nationally than large burst pipe events because they run undetected. The U.S. Geological Survey reports the average household wastes nearly 10,000 gallons annually from leaks — most of them slow, hidden, and considered minor when first noticed.

The total cost of a small leak compounds across three categories: utility loss (ongoing), structural damage (accelerating), and mould remediation (if the 48-to-72-hour saturation window is crossed). A leak that costs $300 to repair at two weeks can cost $8,000 to $20,000 to repair at eight weeks.

Pipe material, location, and leak rate determine how quickly a small leak crosses from a contained repair into a reconstruction event. Hidden leaks in wall cavities and under slabs are the highest-risk category because no surface sign appears until structural damage is already significant.

Call Bear Restoration at 479-321-1313 the moment any sign of an active or slow leak is present. Non-invasive detection locates the source precisely — the earlier the call, the smaller the scope of the repair.

Nobody calls a plumber over a small leak the first time they notice it. That is not negligence. It is a rational response to the fact that the leak looks small, the drip is slow, and the problem does not appear to be getting worse. What that rational response misses is a physical reality that building materials do not respect: the damage from a slow leak does not accumulate at the rate of the drip. It accumulates at the rate of what the drip is doing to the material it contacts — and drywall paper, wood framing, insulation, and subfloor adhesive do not need a flood to fail. They need sustained moisture contact for long enough that cellular structure changes, adhesion breaks down, and the conditions that support mould growth are met. A drip that seems too small to matter on day one is a drip that has saturated the wall cavity by day seven, initiated mould spore germination by day twenty-one, and produced a reconstruction scope by day forty-five that bears no relationship to the size of the drip that started it all.

Found a slow drip or suspicious moisture? Act now — not next week.

479-321-1313

Bear Restoration — Water Leak Detection and Repair Across All of Northwest Arkansas

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How Much Water a Small Leak Actually Loses Over Time

The first step in understanding small leak damage is understanding how deceptively large the cumulative water volumes are. A single drip per second sounds trivial. Measured over days and weeks, it is not. The table below translates drip rates and flow rates into real water volumes — the numbers that show up on your water bill and accumulate in your walls.

Leak Rate	Daily Water Loss	Monthly Water Loss	Annual Water Loss
1 drip per second	8.64 gallons	259 gallons	3,153 gallons
2 drips per second	17.3 gallons	518 gallons	6,307 gallons
Slow trickle — pencil-thin stream	86 gallons	2,592 gallons	31,536 gallons
Moderate trickle — 0.5 gal/min	720 gallons	21,600 gallons	262,800 gallons
Pinhole leak — 1 gal/min	1,440 gallons	43,200 gallons	525,600 gallons
Moderate supply line seep — 2 gal/min	2,880 gallons	86,400 gallons	1,051,200 gallons

At Bentonville’s current residential water rate of approximately $5.50 per 1,000 gallons (plus sewer charges that typically match or exceed the water charge), a one-drip-per-second leak costs roughly $35 per month in combined water and sewer charges. A pinhole leak running at one gallon per minute costs $475 per month. Neither of those figures accounts for a single dollar of structural damage — they represent only the utility loss while the water works its way through your home’s building materials.

The U.S. Geological Survey estimates that the average American household loses nearly 10,000 gallons per year to leaks — roughly the equivalent of 270 loads of laundry. Ten percent of homes lose more than 90 gallons per day. In Northwest Arkansas, that daily loss at community water rates adds between $18 and $25 per month to a household’s combined utility charges, sustained every month the leak continues unaddressed.

The Cost Accumulation Curve: What Small Leak Damage Actually Costs Over Time

The financial damage from a slow, hidden leak does not accumulate linearly. The utility loss is consistent — roughly the same amount added to every monthly bill while the leak is active. The structural damage, however, accelerates. It starts at zero, crosses into dryable damage quickly, crosses into replacement-required damage within weeks, and crosses into mould-remediation-required damage within a month. The cost curve bends sharply upward at each of those thresholds.

The table below models the total cost accumulation for a moderate hidden supply line leak — approximately 0.5 gallons per minute — inside a wall cavity in a typical Northwest Arkansas home. Utility costs are based on NWA community rates. Structural damage costs reflect Bear’s field experience with actual repair scopes at each time point.

Time Since Leak Began	Utility Cost (Moderate Leak)	Structural Damage Cost	Total Estimated Cost
Week 1	$12 to $25	$0 — materials still dryable, no replacement needed	$12 to $25 + professional repair cost ($300 to $800)
Week 2	$24 to $50	$200 to $600 — drywall paper separating, some insulation replacement	$524 to $1,250 total with repair
Week 4	$50 to $100	$1,500 to $4,000 — framing moisture above replacement threshold, drywall replacement required	$1,550 to $4,100 total with repair
Week 6	$75 to $150	$4,000 to $9,000 — mould remediation now required; drywall, insulation, framing all need replacement	$4,075 to $9,150 total with repair
Week 8	$100 to $200	$8,000 to $16,000 — full mould remediation, framing replacement, subfloor replacement if water reached floor system	$8,100 to $16,200 total with repair
Week 12 and beyond	$150 to $300+	$15,000 to $25,000+ — structural damage to framing, mould in multiple material categories, potential spread to adjacent sections	$15,150 to $25,300+ total — some claims denied as gradual damage

The most important number in this table is the gap between the Week 1 total and the Week 8 total. A leak found within seven days of starting produces a bill of $300 to $800 in combined utility loss and repair. The same leak found at eight weeks produces a bill of $8,000 to $16,000 — roughly twenty times larger. The drip rate did not change. The pipe size did not change. The only variable that changed was detection time.

The forty-eight-to-seventy-two-hour mould window is the financial tipping point.

Once saturated cellulose materials — drywall paper, wood framing, insulation backing — have been continuously wet for 48 to 72 hours at temperatures above 60 degrees Fahrenheit, mould spore germination begins. Once germination begins, drying alone is no longer sufficient to address the affected materials. Physical removal and replacement, plus professional mould remediation protocols, become required. This is the threshold where a leak repair bill doubles or triples. It is reached at roughly two to three weeks for most moderate hidden leaks in NWA homes.

How Long Until Each Building Material in Your Home Is Permanently Damaged

Different building materials in a home respond to sustained moisture contact at different rates. Understanding which materials are most vulnerable and how quickly they cross from salvageable to requiring replacement allows homeowners to assess the urgency of a leak based on what materials it is likely contacting.

Building Material	Time to Permanent Damage	What Happens and Why
Drywall paper facing	24 to 72 hours	The paper facing of standard drywall is a cellulose material that absorbs moisture rapidly. Once it has been continuously wet for 24 to 72 hours, the paper separates from the gypsum core and can no longer hold paint adhesion or structural integrity. Drywall in this condition must be replaced rather than dried. The gypsum core itself can often be dried, but the paper facing is the failure point.
Fibreglass batt insulation	3 to 7 days	Fiberglass insulation does not degrade from moisture contact the way cellulose does, but it loses all thermal effectiveness when wet and becomes a persistent moisture reservoir that continues to wet adjacent framing. Wet fibreglass insulation cannot be adequately dried in place — it must be removed and replaced. It also creates an ongoing moisture source for adjacent wood framing as long as it remains in place.
Wood framing — wall studs and plates	7 to 14 days above 19% moisture content	Wood framing can tolerate brief moisture exposure but begins to lose structural integrity when moisture content remains above 19 percent for sustained periods. At this moisture level, fungal growth conditions are met and the wood begins a biological degradation process that drying alone cannot reverse. Framing that has been continuously wet for more than two weeks typically requires professional assessment and partial replacement.
Subfloor — plywood or OSB	3 to 7 days	Oriented strand board and plywood subflooring are highly vulnerable to moisture because the adhesives bonding the wood strands or plies begin to fail with moisture contact. Once subfloor delamination begins — visible as swelling, warping, or a sponginess underfoot — the affected section must be replaced. OSB is more vulnerable than plywood and delaminates faster under sustained moisture contact.
Hardwood flooring	24 to 72 hours visible; permanent at 1 to 2 weeks	Hardwood flooring begins to show visible cupping — where board edges rise above the centre — within 24 to 72 hours of sustained moisture contact from below. Minor cupping in early-stage events can sometimes be reversed with professional drying and controlled re-drying. Warping and buckling that progresses beyond two weeks typically requires full replacement of the affected area.
Tile and grout	2 to 4 weeks	Ceramic and porcelain tile itself is moisture-resistant, but the grout and tile setting bed are not. Sustained moisture contact beneath tile causes the setting bed to soften, grout to crack, and individual tiles to loosen and lift. Once the setting bed has been compromised, tile replacement requires complete removal down to the substrate, which typically requires subfloor assessment and potential replacement before retiling.
Wall paint and primer	48 to 72 hours	Paint adhesion fails when moisture behind the painted surface generates vapour pressure that pushes the paint film away from the substrate. This produces the characteristic bubbling, blistering, and peeling that is one of the earliest visible signs of a hidden leak. Affected painted surfaces require full stripping, material replacement where the substrate is damaged, and complete repainting once drying is confirmed complete.
Mould — spore germination threshold	48 to 72 hours at 60°F+ in cellulose material	This is not a material damage threshold — it is a biological threshold. Once mould spores germinate in saturated cellulose materials, the remediation scope changes fundamentally. Professional remediation protocols under IICRC S520 standards are required, which include containment, personal protective equipment, physical removal of contaminated materials, antimicrobial treatment, and clearance testing. The cost of this scope is typically three to five times the cost of leak repair and structural drying alone.

The Same Leak, Two Outcomes: Early Detection vs Late Discovery

The single variable that determines whether a small leak becomes a large repair bill is how quickly it is detected and professionally addressed. The comparison below uses a realistic scenario from the type of calls Bear responds to regularly across Northwest Arkansas — a pinhole leak in a copper supply line inside a wall cavity behind a master bathroom.

Scenario	Found Within 2 Weeks	Found After 60 Days
Plumbing repair	$400 to $800 — targeted pipe section repair with minimal wall access	$400 to $800 — same pipe repair, but more wall access needed due to saturated materials
Drywall removal and replacement	$150 to $400 — targeted panel removal at the confirmed leak location	$800 to $2,500 — multiple panels removed across the full moisture spread area
Insulation replacement	Not required — insulation dry in the two-week scenario	$300 to $800 — all affected insulation batts removed and replaced
Framing assessment and repair	Not required — framing moisture below replacement threshold	$500 to $2,000 — partial framing replacement where moisture content exceeded threshold
Mould remediation	Not required — 48-72 hour window not crossed at two weeks	$2,000 to $8,000 — IICRC S520 remediation protocol required for contaminated materials
Drying equipment and monitoring	$200 to $500 — 3 to 5 days of professional drying	$600 to $1,200 — 7 to 14 days of professional drying for more saturated materials
Final restoration — patching, painting, flooring repair	$300 to $600	$1,500 to $4,000 — larger scope of material replacement requires more extensive finish restoration
TOTAL ESTIMATED REPAIR COST	$1,250 to $3,100	$6,100 to $19,300

The scenario above is not a worst case. It is the midpoint of what Bear encounters in NWA homes when responding to hidden leak calls. The worst-case scenario — a leak that has been active for three months in a home with a crawl space foundation, saturating both the wall cavity and the subfloor framing above the crawl space — routinely produces repair scopes in the $20,000 to $35,000 range for what began as a pinhole leak in a three-quarter-inch copper supply line.

The Factors That Make a Small Leak More Destructive Than Its Size Suggests

Not every small leak causes the same damage over the same time period. Several variables affect how quickly a given leak crosses from minor to severe. Understanding these variables helps NWA homeowners assess the relative urgency of a known or suspected leak.

Location: Hidden Leaks Are Exponentially Worse Than Accessible Ones

A dripping faucet wastes water but does not damage the home’s structure — the water goes down the drain. A drip behind a wall at the same rate deposits every drop into framing, insulation, and drywall that cannot drain, cannot dry on their own, and cannot be seen until significant accumulation has occurred. The concealment of the leak — not its rate — is what transforms a small drip into a structural event.

The most destructive hidden leak locations in Northwest Arkansas homes are inside exterior wall cavities (where minimal insulation and no vapour diffusion allows moisture to accumulate across the full wall section), under concrete slabs (where water has nowhere to go except into soil and upward through the slab), and inside crawl spaces in open-vent configurations (where the humidity environment accelerates mould growth significantly).

Ambient Temperature and Humidity: NWA’s Climate Accelerates Mould

Northwest Arkansas has a humid subtropical climate — hot, humid summers and mild winters with occasional cold snaps. This climate creates conditions that accelerate mould growth significantly compared to drier climates. The 60 degrees Fahrenheit threshold for mould spore germination is exceeded in NWA homes for the majority of the calendar year. An equivalent slow leak in a dry-climate home might take six weeks to produce visible mould; the same leak in a Rogers or Fayetteville home during summer can produce surface mould in less than three weeks.

The spring and fall seasons in NWA — when indoor temperatures are moderate and relative humidity is high — represent the highest-risk periods for rapid mould development following a hidden leak event. A leak that begins in April in Bentonville is in a significantly more mould-favourable environment than the same leak beginning in January.

Pipe Material Age: Older Pipes Leak at Higher Rates Than They Appear

A pinhole leak in a thirty-year-old copper pipe does not stay a pinhole. Copper that has corroded to the point of producing a pinhole has corrosion along the full length of the pipe in that section — not just at the single visible failure point. The water pressure cycles through the pipe repeatedly, and each cycle applies stress to the corroded wall at every weakened point. A leak that begins at one gallon per hour can increase to three or four gallons per hour within weeks as the corrosion at the failure point is abraded further by the water flow.

This escalation pattern is why Bear evaluates the full accessible pipe run — not just the visible leak point — on every leak repair visit in NWA homes. A pinhole at one point on a corroded copper run is evidence of the pipe’s overall condition, not just the condition at that specific location.

Proximity to a Floor System: Leaks That Reach Subfloor Are More Expensive

A wall cavity leak that stays contained to the wall cavity — insulation, framing, drywall — is a serious problem but a bounded one. The same leak that reaches the floor system adds subfloor delamination, potential hardwood floor cupping, and floor system framing assessment to the repair scope. In two-story NWA homes, a second-floor bathroom leak that penetrates the floor system introduces damage to the ceiling below as well.

Water in any form seeks the lowest accessible point. A wall cavity leak does not stay neatly in the wall — it drains toward the bottom plate, which sits on the subfloor or foundation, and begins working outward from there. The floor contact point is typically where the most significant structural damage accumulates in a sustained hidden leak event.

Matching Your Water Loss Level to the Most Likely Leak Source in Your NWA Home

If a water bill increase or meter test has confirmed water loss but you do not yet know where the leak is, the size of the loss gives directional information about what kind of leak is most likely. The table below maps water loss levels to the most probable source types and where to look in your home.

Water Loss Level	Most Likely Source Type	Where to Look in Your NWA Home
Under 30 gallons per day	Running toilet — flapper or fill valve; slow drip from compression faucet fitting	Check all toilet tanks first — add food dye to tank and watch for colour in bowl without flushing. Check under sinks for slow drip at angle stops or drain connections.
30 to 90 gallons per day	Supply line pinhole; toilet fill valve running intermittently; irrigation drip zone failure	Perform water meter test with irrigation isolated. Check crawl space for slow drip on supply lines. Check irrigation valve boxes for wet soil around zone valves.
90 to 200 gallons per day	Moderate supply line leak inside wall cavity; slab leak (hot water line); failed appliance supply connection	Check water heater area for floor moisture. Walk slab floors in bare feet for warm spots. Check behind washing machine and dishwasher connections. Call Bear for professional detection.
200 to 500 gallons per day	Active pipe joint failure; slab leak with significant flow; multiple simultaneous minor leaks; irrigation main line failure	This level of loss is sufficient to be causing active structural damage. Do not delay — call Bear at 479-321-1313. The water is going somewhere significant and the structural damage is accumulating daily at this loss rate.
Above 500 gallons per day	Major pipe failure; main supply line between meter and home; severe slab or foundation leak	This represents an emergency-level loss rate. Shut off the main supply and call Bear immediately. At this rate, several hundred gallons are entering the structure or soil every hour.

How Bear Limits Small Leak Damage Through Early Detection and Integrated Response

Every hour between the start of a hidden leak and the start of professional drying is an hour of structural damage accumulation that may or may not be recoverable. Bear’s approach to water leak repair in Northwest Arkansas is built around compressing that interval as much as possible through early detection, precise source location, and same-visit restoration response.

Non-Invasive Detection Before Any Access

Bear uses calibrated moisture meters, thermal imaging, and acoustic leak detection equipment to locate the source and map the moisture spread before any wall or floor access begins. This detection phase does two things simultaneously: it locates the pipe failure precisely (eliminating exploratory cutting), and it maps where the water has already traveled in the structure.

That second function — moisture mapping — is what determines the true scope of the repair. The visible surface sign shows where water has crossed the surface threshold. The moisture mapping shows where water is present throughout the wall cavity, floor system, and adjacent materials, including sections where no surface sign has yet appeared. Addressing the full moisture footprint rather than just the visible damage is what prevents the scenario where the pipe is fixed and the mould appears three weeks later in an area that was not identified or dried.

Restoration Response Initiated the Same Visit

Bearnwa’s licensed plumbing and IICRC-certified restoration operations work as a coordinated team dispatched from the same call. After the pipe repair is complete and the moisture mapping is done, drying equipment is placed in the same visit. Air movers and dehumidifiers begin working on the affected materials the same day the leak is stopped — not after a second company is scheduled and its own assessment is completed.

This is the operational fact that most directly controls the cost of a small leak repair in NWA. The forty-eight-to-seventy-two-hour mould window runs from the time the leak was first active — not from the time it was repaired. If three weeks have already passed before the call is made, the window is already long past and the remediation scope is already determined. But from the moment Bear’s drying equipment starts running, the further accumulation of damage stops. The sooner that happens, the smaller the scope of the total repair.

Why “It’s Just a Small Leak” Is the Most Expensive Thought in Home Maintenance

The reasoning that produces delayed action on a small leak is consistent across homeowners in Bentonville, Rogers, Fayetteville, Springdale, and every other NWA community Bear serves. The drip is slow. The water goes somewhere that is not visible. The cost of addressing it feels larger than the apparent size of the problem. There will be time to deal with it.

Every one of those observations is accurate for the first few days. After day seven, none of them are accurate anymore. The framing moisture content has crossed the fungal growth threshold. The insulation is saturated and will not dry on its own. The paint is beginning to soften from behind. None of these things are visible from the room surface at day seven — but they are happening, and they are accumulating compound interest every day the decision to act is deferred.

The economic reality is straightforward. A professional leak investigation costs $200 to $400 for a non-invasive assessment that produces a precise location and an accurate repair scope. A pipe repair following that assessment typically costs $300 to $800 for a contained event. The total out-of-pocket cost for acting on a small leak within the first two weeks is $500 to $1,200 in the majority of cases.

That same leak discovered at week eight has a total repair scope — including mould remediation, drywall replacement, insulation replacement, framing assessment, and finish restoration — that rarely comes in under $8,000 and commonly exceeds $15,000. The difference is not the leak. It is the time.

From Understanding Small Leak Damage to Getting It Stopped and Fixed

The damage accumulation data in this article translates directly into one practical conclusion: the most cost-effective decision any NWA homeowner can make when they suspect or discover a slow leak is to call for professional assessment immediately rather than monitoring it to see if it gets worse.

The complete professional resource for water leak detection and repair across Northwest Arkansas — covering every type of leak Bear addresses, the non-invasive detection technology used to locate sources precisely, slab leak repair specific to NWA housing stock, and the full integrated repair-and-restoration process — is available in the parent resource for this article.

For the complete guide to water leak repair in Northwest Arkansas — including non-invasive detection methods, every type of leak Bear repairs from supply line failures to slab leaks, the repair vs replace decision framework, and the full process from first call through final restoration — visit the Water Leak Repair in Northwest Arkansas service page. That page is the parent resource for this article and covers the full scope of Bear’s leak detection and repair services across Bentonville, Rogers, Fayetteville, Springdale, Bella Vista, and all of NWA.

Frequently Asked Questions

My toilet runs for about thirty seconds after flushing and then stops. How much water is that?

A toilet that runs for thirty seconds after each flush is typically losing one to three gallons per flush event, depending on the fill rate. In a household that flushes four to six times per day per person, that adds up to 30 to 70 gallons per day for a single household member — 90 to 210 gallons per day for a family of three. Over a month that is 2,700 to 6,300 additional gallons on your water bill. This is the most common source of the small elevated bill that households attribute to “something seasonal” and leave unaddressed. A toilet flapper replacement is a fifteen-dollar part and a thirty-minute repair. The utility savings alone justify it within two to three billing cycles.

I have had a slow drip under my kitchen sink for about three weeks. Is it too late to avoid the damage?

Probably not too late, but this is the exact window where the scope determination depends on what has already happened in the cabinet and subfloor below. A slow drip under a kitchen sink for three weeks has been in contact with the cabinet floor and potentially the subfloor below it for long enough that mould assessment is warranted in addition to the leak repair. Call Bear at 479-321-1313 and describe the situation. The assessment visit determines whether you are in the drying-and-repair category or whether the three weeks has introduced mould that requires remediation. Do not let week four happen while you are deciding.

How does a slow leak affect my home’s resale value?

An undisclosed water damage history — or a disclosed one without documentation of professional repair — can reduce a home’s appraised value and create complications during a buyer’s home inspection. Mould discovered during inspection typically produces a price renegotiation or a repair requirement before closing. A fully repaired and professionally documented water event, with IICRC-certified remediation records and moisture clearance testing, is far less damaging to a sale than an undocumented history of the same event. Bear provides complete documentation of all leak repair and restoration work in a format that supports both insurance claims and real estate disclosure requirements.

The leak is in a spot I can see and it seems stable. Why can’t I just put a bucket under it and deal with it when I have time?

Because the water in the bucket is the water you can see. The water you cannot see is in the wall cavity, the insulation, and the framing behind and above the drip point. The drip does not fall directly from the pipe to the floor without contacting every material between those two points. Even a drip you can see and collect is also depositing moisture into the materials it contacts on the way down. Bucket management is not leak management. Call Bear and let the assessment determine whether the “visible and stable” drip has already introduced damage that is invisible from the surface.

My water bill went up $30 last month. Is it worth investigating that for a potential leak?

Yes, particularly if the increase is consistent with the same month in prior years. A $30 increase in a month when usage has not changed represents roughly 500 to 600 gallons of unexplained water loss at NWA rates — about 17 to 20 gallons per day. That is in the range of a running toilet or a slow supply line drip. Perform the water meter test first — the self-diagnostic is free and takes under twenty minutes. If the meter confirms active flow with everything off, call Bear for a professional assessment. The investigation cost is a small fraction of what the leak will cost if it has been active for more than a few weeks.

How do I know if a wall stain is from an old dry leak or an active one?

Bear’s moisture meter answers this question definitively and non-invasively in about two minutes. A dry stain from a historical event that has been fully dried will show normal moisture content readings at the stain location. An active or recently active stain will show elevated moisture content in the drywall and framing behind it. You can also do a rough self-check: touch the stained area lightly with dry fingers. A stain from a dry historical event feels the same temperature as the surrounding wall. An active or recent stain may feel slightly cool to the touch compared to the surrounding wall surface, because evaporative cooling occurs where moisture is present. Neither self-check is as reliable as a professional moisture meter, but they can help you prioritise whether to call Bear immediately or schedule a prompt assessment.

Does homeowners insurance cover the damage from a slow hidden leak?

It depends on the policy language and how the claim is classified. Most standard homeowners policies in Arkansas cover sudden and accidental water damage. A slow hidden leak that was not detectable by a homeowner exercising reasonable care — such as a supply line leak inside a sealed wall cavity — is often covered as a sudden event once it crosses a visible damage threshold. A leak that was known and ignored, or that has been ongoing long enough that a reasonable homeowner should have detected it from bill increases or surface signs, may be classified as gradual damage, which many policies exclude. Bear documents the first-detectable-sign timeline specifically to support the sudden-event classification. Call 479-321-1313 for a full leak assessment and documentation that supports your claim position.

A Small Leak Does Large Damage. The Only Variable Is Time.

Everything in this article points to the same practical conclusion. The drip rate matters less than the detection time. The pipe material matters less than whether someone addressed the leak in week one or week eight. The difference between a contained repair and a reconstruction project is almost always measured in how long the leak ran before it was found and stopped.

Bear’s team responds across all of Northwest Arkansas within one hour of your call — Bentonville, Rogers, Fayetteville, Springdale, Bella Vista, Centerton, Cave Springs, Lowell, Gravette, Prairie Creek, and Siloam Springs. Non-invasive detection locates the source precisely. The pipe repair happens in the same visit. The moisture mapping and drying response begins the same day. And the documentation built from that first visit is the foundation of your insurance claim.

Every day you wait on a slow leak is a day the accumulation curve bends further upward. The call you make today is worth more than the call you make next week.

Bear Restoration