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Moisture Probes & Meters

Get the numbers that matter. Our professional-grade moisture meters provide quantifiable readings that confirm the presence of moisture, measure its extent, and create documentation for insurance claims and repair planning.

Types of Moisture Detection Equipment

Pin-Type Meters

Uses two pins that penetrate the material surface to measure electrical resistance between them. Moisture conducts electricity, so wet materials show lower resistance.

Advantages:

  • Precise readings at specific points
  • Can measure at different depths
  • Accurate for wood and drywall
Best For: Confirming moisture in specific locations identified by thermal imaging

Pinless (Scanners)

Uses electromagnetic signals to detect moisture without penetrating the surface. Can scan large areas quickly to identify moisture patterns.

Advantages:

  • Non-invasive scanning
  • Fast area coverage
  • No surface damage
Best For: Initial assessment and mapping moisture extent across surfaces

Deep Wall Probes

Extended probes that can measure moisture deep within wall cavities and behind surfaces without major demolition.

Advantages:

  • Reaches hidden moisture
  • Measures inside walls
  • Depth-adjustable
Best For: Assessing moisture in wall cavities and insulation

Why Moisture Readings Matter

Quantifiable Data

Unlike visual inspection, moisture meters provide actual numbers that can be compared to standards and tracked over time.

  • Objective measurements
  • Industry standards comparison
  • Progress tracking

Extent Mapping

By taking readings across affected areas, we can map exactly how far moisture has spread and where repairs are needed.

  • Define affected boundaries
  • Prioritize repair areas
  • Ensure complete remediation

Documentation

Insurance companies and contractors require documented proof of moisture levels for claims and repair verification.

  • Insurance claim support
  • Repair verification
  • Legal documentation

Understanding Moisture Readings

Moisture content varies by material type and acceptable levels differ based on the application. Our technicians understand these standards and can interpret readings in context.

Wood Framing

Normal
6-12%
Concern
Greater than 16%
Action Needed
Greater than 19%

Drywall

Normal
Less than 1%
Concern
1-2%
Action Needed
Greater than 2%

Concrete

Normal
Less than 3%
Concern
3-4%
Action Needed
Greater than 4%

What We Document

  • Baseline readings from unaffected areas
  • Moisture readings at regular intervals across affected zones
  • Depth measurements where applicable
  • Comparison to industry moisture standards
  • Visual mapping of moisture distribution
  • Recommendations based on findings
  • Before and after readings for repair verification

Part of Our Complete Approach

Moisture probes work best when combined with other detection technologies. Here is how they fit into our comprehensive leak detection process.

1

Thermal Imaging First

We use thermal cameras to identify areas of temperature anomaly that suggest moisture presence.

2

Moisture Confirmation

Moisture probes verify thermal findings with quantifiable readings at suspected locations.

3

Extent Mapping

Systematic readings define the boundaries of moisture damage for accurate repair planning.

Common Applications

Leak Confirmation

Verifying that moisture is present in suspected areas

Damage Assessment

Measuring extent of water damage after a leak

Drying Verification

Confirming materials have dried after remediation

Insurance Documentation

Providing proof of damage for claims

Pre-Purchase Inspection

Checking for hidden moisture before buying

Mold Risk Assessment

Identifying conditions that support mold growth

Repair Verification

Confirming successful leak repairs

Ongoing Monitoring

Tracking moisture levels over time

Get Accurate Moisture Readings

Know exactly what you are dealing with. Contact us for professional moisture assessment with documented results.