Pressurized water line breaks beneath concrete slab foundations cause severe structural settling, high utility bills, and moisture damage throughout mountain homes. Jackhammering concrete floor slabs randomly to search for leaks causes catastrophic structural disruption. Our leak detection specialists utilize advanced acoustic listening discs, ultrasonic pipe locators, and thermal imaging cameras to pinpoint leaks down to the exact inch without surface demolition.
Pressurized water escaping a pipe fissure creates high-frequency acoustic vibrations that resonate through concrete slabs. We use multi-frequency ground microphones and acoustic amplifiers to trace sound intensity to the exact epicenter.
Hot water supply leaks under slabs warm surrounding concrete and tile flooring. Our technicians sweep floors with high-sensitivity FLIR infrared cameras, instantly visualizing the subsurface thermal bloom created by escaping hot water.
When ambient environmental noise or low water pressure hinders acoustic locating, we isolate the supply line and charge it with harmless nitrogen gas. Escaping gas emits distinct sound signatures that pinpoint microscopic pinhole leaks.
Once located, jackhammering through finished tile or hardwood is often unnecessary. We frequently perform overhead PEX-A ceiling bypasses, routing new water lines safely through attics or joists to abandon compromised underground pipes permanently.
Key signs include an unexpectedly high water bill, the continuous sound of running water when all taps are off, warm spots on tile or carpet, and dampness along baseboard trim.
Most standard homeowner insurance policies cover the cost of professional leak detection and structural drying, as well as tear-out costs to access the leak.
In most modern plumbing scenarios, rerouting new PEX-A piping through attic or wall cavities is faster, less costly, and eliminates future under-slab failures permanently.