Electronic Leak Detection
Moisture Intrusion
- Is a flood test required as part of your waterproofing contract?
- Do you feel confident that a flood test will give you the results you need?
- Do you have a below grade leak that you don't know where it's coming from?
If you answered yes to any of the above questions then we have a "better" solution for you.
We offer multiple methods of testing both horizontal and vertical surface. Wet or dry we can meet your needs!
Setting the Standard in ELD.
IntegriScan offers a portable, low-voltage Electronic Leak Detection (ELD) solution for detecting breaches in roofing and waterproofing membranes.
- Tests for leaks in most membranes, including black EPDM
- Capable of testing all exposed membranes, including verticals, transitions, details, and around penetrations
- Requires minimal setup; no perimeter wire needed
- Verifies water tightness during installation, allowing immediate repairs
- Locates breaches in existing roofs with an active leak
- Proven to be more reliable than vector mapping, flood testing, and high-voltage testing
A low voltage quality control testing method for roofing and waterproofing membranes. The equipment will pinpoint the location of holes, breaches and seam voids in horizontal and vertical surfaces. The IntegriScan complies with ASTM Guide D7877, is the basis for ASTM Practice D8231, and is the only FM Approved ELD testing method. It is also the only testing method capable of testing semi-conductive membranes such as black EPDM or coatings containing carbon black. As with all Electronic Leak Detection (ELD) testing methods, a conductive substrate such as structural concrete, metal or TruGround must be present DIRECTLY under the membrane for a valid electronic test.
All of the above methods are the perfect tool for determining how this deck/roof is performing at a specific "point in time". If you're interested in "continuous monitoring" we can help you with this solution also.
Dry Deck Testing
Enables our inspectors to check a roof for pinholes and porosity quickly and effectively. Non-conductive membranes can be tested from 16 microns up to a maximum thickness of 14.4mm. For the test to be effective, the membrane must have a conductive backing.
I'm interested in learning more about how these tools can help me save some money.
Capacitance
