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TOTAL LEAK SOLUTIONS

Smarter Leak Detection For Flat Roofs

Total Leak Solutions delivers reliable, fast, and technically rigorous leak detection
    services for commercial and residential properties. We combine proven field techniques
    with industry-grade equipment to locate moisture intrusion and roofing defects with
    minimal disruption. Book an assessment, receive a clear finding report, and get
    prioritized repair recommendations from certified technicians.
>  Primary promise: Accurate leak location, clear reporting, actionable next steps.
> Audience: Property managers, building owners, roofing contractors, insurance
    adjusters, facility teams.
>  Call to action: Schedule an inspection or request a quote
.

About Us

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> Total Leak Solutions is a specialized leak detection company built on field proven methods,       certified technicians, and client-first communication. We focus exclusively on diagnosing         moisture intrusion and roof integrity problems so owners and managers can prioritize             repairs and limit asset loss.


>   Mission: Reduce risk from undetected water intrusion by delivering fast,
    repeatable, and defensible leak-location services.


> Values: Technical excellence, transparent reporting, safety, and timeliness.


>  Team: Trained technicians with experience in roofing science, building envelope
     diagnostics, and industry best practices.


> Quality assurance: Standardized procedures, calibrated instruments, and
     photo-backed reports for every job.

Safety, Quality Control, and Professionalism

> Safety-first operations: PPE-compliant crews, documented risk assessments,
     and enforced exclusion zones for high-voltage work.
> Quality controls: calibrated instruments, paired-method verification (e.g.,
      infrared + moisture mapping), and peer review of complex surveys.
> Client-facing professionalism: clear timelines, on-site courtesy, and concise,
      non-technical briefings for facilities and contractors.


Client Collaboration and Knowledge Transfer

> Transparent handover: technicians explain findings on-site and provide
     guidance for prioritizing repairs.
> Tailored training: short client workshops on interpreting maps and reports to
     help maintenance teams act quickly.
> Long-term partnerships: repeat-condition monitoring, post-repair verification,
     and data continuity for multi-year asset management.

 We offer a full suite of leak detection services tailored to different roof systems and
     building types. Each service is delivered with an emphasis on accuracy, documented
     findings, and clear repair recommendations.


Moisture Mapping — Detect and map wet insulation and saturated areas.
Infrared Scanning — Thermal imaging surveys for identifying temperature
     anomalies tied to moisture.
Electronic Field Vector Mapping EFVM — Precise pinpointing of leak entry
      points on electrically conductive roof systems.
>
  Low Voltage Roof Scanning — Non-invasive moisture detection for many
      single-ply and membrane roofs.
>
High Voltage Roof Scanning— Advanced scanning for multi-layer and thick
      insulation roofs where higher penetration is required.

 Services Overview
 

Team & Capabilities

  • Certified Experts: Technicians trained in EFVM, infrared thermography, and moisture mapping with Level II thermography, confined-space, and fall-protection certifications.

  • Proven Field Experience: Decades of combined work on commercial, industrial, and institutional roofs of all types.

  • Accurate Results: Reliable leak detection that minimizes exploratory cuts, reduces repair time, and supports insurance claims.

  • Coordinated Process: Skilled inspectors, technicians, and analysts work together to deliver clear, photo-backed reports and seamless project execution.

Service Technical Details


Moisture Mapping

 Purpose: Identify and map moisture within roof insulation and deck layers.
 
How it works: Systematic grid or transect readings with calibrated moisture
    meters and probes; readings logged and visualized on a roof plan.
 
Benefits: Quantifies wet area extent, helps prioritize replacement vs. repair,
    supports insurance claims.
 
Deliverables: Moisture map, annotated photos, data table, recommended repair
   sequence.
 
Preparation: Clear rooftop access, power or safe access path for crew.
Limitations: Probe readings require access points or core sampling for
   verification in some roof assemblies.

 

Infrared Scanning

Purpose: Detect thermal anomalies caused by moisture retention or roof failures.
How it works: Thermal camera survey during optimal thermal gradient windows,
   followed by ground-truthing with moisture meters.

Benefits: Fast coverage of large areas, non-contact identification of suspect
   zones, effective for evening/morning surveys when temperature contrast is highest.

Deliverables: Thermal map with hot/cold imagery, identified targets with
   confidence levels, next-step recommendations.

Preparation: Best performed during recommended temperature differentials;
   unobstructed line of sight to roof areas.

Limitations: False positives from wet ballast, shading, or thermal bridging;
   requires verification.



Electronic Field Vector Mapping EFVM

Purpose: Pinpoint the actual entry point of water on electrically conductive roof assemblies.
How it works: EFVM applies a low-voltage electric field across the roof surface
   while measuring current flow to locate pathways where water penetrates.

Benefits: Identifies precise leak entry points without destructive exploratory cuts;
   highly effective on metal and conductive roofs.

Deliverables: Pinpoint locations on roof plan, voltage/current traces as evidence,
   recommended repair locations.

Preparation: Roof must be conductive or have a conductive layer; safety
   controls implemented for live-field work.

Limitations: Not suitable for non-conductive single-ply membranes without a
   conductive layer.



Low Voltage Roof Scanning
Purpose: Non-destructive scan to detect moisture in membranes and insulation
   with minimal roof disturbance.

How it works: A low-voltage electric field and sensitive detection equipment are
   used to measure moisture-related conductance differences across a roof surface.

Benefits: Safe for most membrane roofs, minimal wear, quick deployment, and
   suitable for routine condition assessments.

Deliverables: Condition map, prioritized targets, photographic evidence, and
   recommended next steps. 

Preparation: Clear roof surface; coordination if rooftop equipment must be moved.
Limitations: Reduced effectiveness on very thin or non-conductive systems.
 

High Voltage Roof Scanning

Purpose: Deep-penetration moisture detection for thick, multi-layer roofs or
   heavily insulated systems.

How it works: Controlled higher-voltage scanning increases sensitivity and
   depth of detection compared with low-voltage methods; always performed with
   strict safety protocols.

Benefits: Finds hidden saturated zones that low-voltage methods can miss;
   useful for older or complex roof builds.

Deliverables: High-resolution condition maps, failure probability ratings,
   recommended invasive or repair actions.

Preparation: Safety setups, exclusion zones, and coordination with building  operations.
Limitations: Requires specialized equipment and certified operators; more
   planning for safety and access.

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