Professional leak detection for homes and businesses, using careful fault finding to locate concealed leaks, reduce unnecessary damage and help stop ongoing water loss.
The purpose of leak detection is to understand where water is being lost and why before unnecessary breaking begins. We combine site observations, meter testing, isolation and appropriate instruments to narrow the search and guide a practical repair.
Leak detection is useful when the meter moves with all fixtures closed, water accounts rise unexpectedly, pressure drops or dampness appears without an obvious source. It can also help verify suspected underground or concealed pipe failure.
Visible dripping taps, running toilets and leaking geyser valves should be checked first because these faults may explain the loss without specialised testing.
Pressurised pipes tend to lose water continuously, while waste leaks appear mainly when a fixture is used. Hot-water leaks may create warmth, and underground leaks may soften soil or produce unusually green growth.
We compare these clues with the building layout and plumbing routes rather than relying on one symptom alone.
Opening walls or floors in the wrong place increases restoration cost and delays the actual repair. A structured investigation aims to reduce the search area and choose an access point that allows the failed pipe to be repaired correctly.
Detection does not eliminate the need for access, but it makes the decision more informed.
Each investigation is adapted to the property and the type of plumbing involved.
We ask when the problem began, examine recent account changes and inspect toilets, taps, geysers, irrigation and visible pipework. Simple leaks are ruled out before concealed systems are tested.
The main meter is observed under controlled conditions. A stable test requires all legitimate water use to be stopped and storage appliances to be considered.
Branches or zones are isolated where the installation allows it. Changes in meter movement or pressure help narrow the system that contains the loss.
Pressure testing must be conducted carefully to avoid stressing old plumbing beyond normal operating conditions.
Acoustic equipment can listen for the sound of escaping water, while thermal and moisture observations may reveal temperature or dampness patterns. Tracer methods may be considered for specific systems.
No instrument is infallible. Results are interpreted alongside pipe routes, materials, depth and background conditions.
Finding a likely location is only useful when it leads to a sensible repair plan.
We choose an opening that provides enough working room and limits damage to finishes. The strongest signal may not always be the best access point if the pipe can be reached more safely from an adjacent area.
The proposed opening and expected restoration are explained before work proceeds.
A local repair is suitable when surrounding material remains sound. Repeated leaks, corrosion or inaccessible routing may justify replacement or rerouting of a longer section.
Options are compared according to disruption, reliability and cost rather than defaulting automatically to the largest job.
After repair, the system is refilled, purged and observed under pressure. Meter and isolation tests are repeated where useful.
If moisture remains visible, we distinguish retained dampness from an active plumbing leak and recommend a monitoring period when appropriate.
Water loss can occur in several systems, each requiring a different approach.
Leaks between the meter and building may not show indoors. We inspect the route, valves, soil conditions and pressure behaviour before selecting detection methods.
Rerouting can sometimes be less disruptive than excavating beneath driveways or structures.
Concealed hot and cold pipes can damage finishes and create mould. Moisture patterns, temperature differences and branch isolation help refine the likely area.
Access is planned with awareness of electrical services, waterproofing and structural elements.
A leaking overflow, faulty toilet valve or hidden irrigation fault can consume significant water while leaving little indoor evidence. These systems are inspected as part of a complete assessment.
Timers and automatic valves are considered because intermittent operation can hide a fault during a brief visit.
Clear expectations help customers understand what the service can and cannot establish.
Detection can often narrow the location substantially, but building construction, noise and pipe depth affect precision. Findings are presented with the evidence and practical access options.
Only if the confirmed repair requires access through a tiled surface and no safer route exists. We first consider adjacent walls, ceilings or rerouting.
Stop unnecessary water use, gather recent accounts, note when symptoms occur and make meter, valves and affected areas accessible.
They are related but separate stages. Detection identifies the likely source and informs the repair; the actual repair scope depends on what is found.
Contact us when water use, pressure or dampness does not make sense. Our plumbers will investigate methodically, explain the findings and help you move from suspicion to a targeted repair.