In Lee's mixed housing stock, a single repair call might involve copper sweated joints, threaded galvanized fittings, push-connect PEX transitions, or CPVC drain arms โ sometimes all in the same house. Our techs carry the materials and know the techniques for every pipe type commonly found in ME homes.
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Our techs work on every pipe material found in Lee, ME homes, from pre-1970s galvanized to modern PEX-A crosslinked systems. The repair method matches the pipe.
Pressurized water escaping a pipe creates a characteristic acoustic signature. Our listening devices amplify ground and structure-borne sound to pinpoint a leak location within inches โ through concrete slabs, behind drywall, or under flooring. This means we open only the section of wall, floor, or slab directly over the failure.
Active water leaks create temperature differentials on wall and floor surfaces detectable with an infrared camera. A slow leak inside a wall shows as a cold, spreading zone; a hot water line leak shows the inverse. Thermal imaging confirms leak presence and approximate location before any cutting begins.
Press-fit copper connections โ particularly useful for repairs in occupied spaces where open flame is a concern โ are available as an alternative to torch sweating where code permits.
Every supply line repair is pressure-tested before we close the wall or floor. We pressurize the repaired section, hold the test pressure for the required duration, and confirm zero drop before considering the repair complete. You don't find out there's a second leak next week โ we find it before we pack up.
From a pinhole copper leak behind a kitchen cabinet to a full galvanized repiping, our pipe crew in Lee, ME handles the full range.
Copper failures most often involve pinhole corrosion in soft copper tubing from aggressive water chemistry, failed soldered joints, or fatigue cracks at fittings in high-vibration locations. We locate the failure precisely, cut out the failed section, and install either a sweated repair coupling or a press-fit connector โ both rated to ASTM B88 standards for potable water service.
We replace galvanized supply lines with copper or PEX โ either as targeted section replacement at active failure points or as a full-house repipe project. We connect the new material to existing fittings using dielectric unions where code requires to prevent galvanic corrosion at copper-to-galvanized transitions.
PEX is also the material of choice for extending or reconfiguring supply runs during remodel work. Its flexibility reduces fitting count and eliminates the need for torch work inside walls.
We also inspect upstream of the burst for additional sections that froze but haven't yet failed โ because a partially-thawed line sometimes shows multiple failure points only after pressure is restored.
Slab leak rerouting is often more cost-effective than direct access, particularly for longer runs or under tiled floors. We present the options honestly with pricing so you can choose based on your priorities.
When galvanized supply lines are at end of life or polybutylene pipe (recalled for chronic failure) is in the home, a full repipe with PEX or copper is the permanent solution. We run new supply lines through the structure, transition all fixture connections, pressure test the entire new system, and patch access points in walls and ceilings.
We don't open walls at random. Acoustic and thermal detection tools tell us exactly where to cut before we pick up a saw.
Active leak? Our dispatcher walks you through shutting off the main supply valve while we drive to you. Describing what you see โ water stain on a ceiling, drop in water pressure, wet flooring โ helps us arrive with the right detection tools loaded.
This detection step routinely saves homeowners $500โ$2,000 in unnecessary drywall removal compared to opening walls speculatively.
For slab leaks, we present repair, reroute, and lining options with pricing so you can make an informed choice before any concrete is cut.
You receive a written summary of what failed, what we installed, and the warranty terms before we leave.

Water stain appeared on my kitchen ceiling from the bathroom above. I expected them to tear up the entire bathroom floor. Instead the tech ran a pressure test, found a 12% pressure drop over 10 minutes, then used the acoustic device and identified the leak at a failed sweat joint in the copper supply to the toilet โ accessible through a 14-inch drywall cut in the ceiling below. Repair was maybe $280 including the detection. I'd been dreading a $2,000 floor demo.
Had an under-slab leak diagnosed by Masters Plumbing Service with acoustic equipment. They found the leak at 6 feet from the wall โ a single copper elbow that had developed a pinhole. Presented three options: direct slab access, reroute through the wall framing above, or copper lining. I chose the reroute โ they ran a new PEX line through the crawl space and connected at both ends without touching the slab. Pressure tested, verified no remaining drop. No jackhammering at all.
I noticed my water meter spinning with all fixtures off โ confirmed a leak in the supply system. Masters Plumbing Service ran a pressure test and acoustic scan, found a pinhole in a copper section under the slab in the utility room. They rerouted the line through the wall above slab, tested, and closed out the permit. The reroute was exactly the same cost as direct slab access would have been, but no damaged floor tile.

Masters Plumbing Service dispatches pipe repair technicians throughout Lee and the broader Lee, ME service area. Same-day service is available on most calls. Emergency burst pipe response is available 24 hours a day.

Active pipe leaks compound fast โ mold growth can begin in 24โ48 hours of sustained moisture. Masters Plumbing Service's pipe repair crew is in Lee today, equipped with acoustic and thermal detection tools to find the failure precisely before anything is opened.
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