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Mitigation Chemistries: Epoxy vs. Silicates vs. Cementitious
Not all moisture barriers are equal. Compare 2-part epoxies, silicates, and cementitious systems to choose the right mitigation for your slab.
Not all moisture barriers are equal. Compare 2-part epoxies, silicates, and cementitious systems to choose the right mitigation for your slab.
Visual and physical signs of concrete slab moisture problems — from efflorescence to adhesive failure. Field identification guide for contractors and facility managers.
Don’t guess—test. Learn how to conduct a proper flooring mock-up, including destructive testing and bond strength analysis, before full installation.
The ASTM F1869 calcium chloride test measures surface MVER on concrete slabs. Learn what it tests, its critical limitations vs. F2170, and when each method is appropriate.
Radiant heating systems change how moisture moves in concrete. Learn about the ‘Thermal Drive’ effect and how to test heated slabs correctly.
Step-by-step procedure for ASTM F2170 in-situ RH testing and ASTM F1869 calcium chloride testing on concrete floors. What to do before, during, and after testing.
How to select the right moisture barrier or mitigation system for concrete slabs. Epoxy suppressants, sheet membranes, and topical treatments compared by application and RH level.
Spot moisture problems early. Learn the most common signs of slab moisture and how ASTM testing can prevent flooring failures.
Independent concrete moisture testing across the U.S. and Canada. ASTM F2170 RH testing, F1869 MVER testing, reporting, and risk guidance.
Moisture is one of the most common—and costly—reasons for flooring failure in commercial buildings. But many problems begin long before the first floor tile is