In the realm of Electronic Leak Detection (ELD), selecting the appropriate conductive media can greatly influence accuracy, reliability, and long-term effectiveness. Among the available options, Stainless-Steel Conductive Mesh stands out as a superior choice compared to Conductive Primer.
Whether for roofing or other critical applications, using Stainless-Steel Conductive Mesh ensures a more effective and dependable leak detection process. Here are the top six (6) reasons why.
1. Long-Term Reliability
Stainless-Steel Conductive Mesh: Provides a consistent and permanent conductive layer beneath the membrane, ensuring accurate leak detection for the roof’s entire lifespan.
Conductive Primer: Can degrade over time, lose conductivity, or become uneven due to weathering and construction wear.
2. Uniform Conductivity
Stainless-Steel Conductive Mesh: Offers a uniform, high-quality conductive surface, reducing the risk of false positives or missed leaks.
Conductive Primer: May result in uneven coverage, leading to irregularities or gaps in conductivity and potential inaccuracies in leak detection.
3. Installation Quality & Precision
Stainless-Steel Conductive Mesh: Installed with overlaps to assure continuity, reducing variability in application and ensuring consistent performance. Has no temperature or humidity limitations for application as well as limited surface preparation.
Conductive Primer: Applied as a liquid, which can lead to inconsistent thickness, overspray, or coverage issues. Application is subject to temperature and humidity limitations, which may result in poor adhesion and improper bonding.
4. Compatibility with Membrane Types
Stainless-Steel Conductive Mesh: Works well with a variety of membranes (TPO, PVC, EPDM, etc.) without chemical interaction concerns.
Conductive Primer: May not be compatible with all roofing membranes and can possibly interfere with adhesion.
5. Enhanced Leak Detection Sensitivity
Stainless-Steel Conductive Mesh: Provides a highly responsive and reliable detection field that enhances the accuracy of ELD testing.
Conductive Primer: Can have reduced sensitivity, especially if applied too thinly or if contamination occurs.
6. Long-Term Value
Stainless-Steel Conductive Mesh: Offers superior long-term value due to durability and reliability.
Conductive Primer: Susceptible to variations in coating installation that can lead to costly repairs and missed leaks.
If long-term leak detection accuracy, durability, and ease of installation are priorities, Stainless-Steel Conductive Mesh is the superior choice over Conductive Primer. It ensures a reliable testing field for the life of the roof, reducing the risk of undetected leaks and future water damage.
For more information on Electronic Leak Detection, explore our website or shoot us an email at info@honzagroupinc.com