Concrete Moisture Testing

Concrete Slab Moisture Testing

Technical Testing Technologies Inc. provides precise Concrete Slab Moisture & Surface Testing using industry-standard ASTM methods. Our goal is to give project teams accurate, early data so they can plan budgets, schedules, and installation timelines with confidence. Moisture problems are one of the leading causes of flooring failures, and proper testing is essential to prevent costly repairs or delays. Whether you need pre-installation testing or an investigation of a flooring issue, our certified technicians deliver unbiased, reliable results that clearly define slab conditions and readiness for floor coverings. We help ensure long-term flooring performance and reduce risk at every stage.

In-Situ Relative Humidity Testing ASTM F2170

Technical Testing Technologies Inc. performs ASTM F2170 In-Situ Relative Humidity Testing to measure internal moisture conditions in concrete slabs. Using calibrated RH probes, we determine installation readiness and help prevent flooring failures. Our accurate, location-specific results support proper planning and compliance with manufacturer requirements.

Calcium Chloride Moisture Vapor Emission Rate (MVER) ASTM F1869

Technical Testing Technologies Inc. provides ASTM F1869 Calcium Chloride MVER testing to measure surface moisture emissions from concrete slabs. Using sealed calcium chloride dishes, we determine vapor release rates and verify compliance with manufacturer limits, helping prevent flooring failures and ensuring proper installation

pH Testing ASTM F710

Technical Testing Technologies Inc. performs ASTM F710 pH Testing to determine whether concrete slabs fall within manufacturer-approved pH ranges. High or low pH can damage adhesives and flooring systems. Our testing helps ensure proper installation conditions and prevents costly flooring failures.

Substrate Water Absorption (Porosity) ASTM F3191

On-site testing that measures the rate and amount of water absorbed by concrete substrates. ASTM F3191 helps evaluate surface porosity and suitability for coatings, membranes, and floor coverings, reducing adhesion failures and supporting informed material selection and installation decisions.