Relative Humidity (RH) Testing

Avoid These 5 Common Mistakes When Testing Relative Humidity in Concrete Slabs

Excess Moisture in Concrete? Avoid Flooring Problems with Accurate Testing

Checking a Rapid RH® Sensor after Flooring Is Installed

The Rapid RH® Test Takes Less Time Thereby Saving Costs

Surface Testing Group Uses Rapid RH^® to Aid Contractors

Discoveries in Science-Based Concrete Moisture Testing

Concrete Relative Humidity Manufacturer’s Specifications

Calcium Carbide: How NOT to Test for Concrete Moisture

Install Self-Leveling Products After RH Measurements

Relative Humidity in Elevated Slabs

Reduce The Risk of Flooring Problems By Concrete Moisture Testing

5 Ways to Speed up Your Concrete Moisture Testing

EasyCare CalCheck: The Smart Choice for Calibration Checks

Now and Then: How Flooring Has Changed in 100 Years

Leveling Compounds: Concrete Moisture Can Slant the Results

Relative Humidity Testing and the Rapid RH^®

When 20% Is the Right Depth for RH Testing

Warranty Strong: How RH Testing Limits Flooring Problems

The Pros and Cons of Concrete Floors

Humidity: Relative and Comparative Testing

Cost and Time Comparison of MVER & RH Testing

The Bottom Line of RH Testing

40%: Why Testing at the Correct Depth Is Crucial

Concrete pH Balance for the Same Price as Relative Humidity

Mapping Out Your RH Test

Calibration for RH Testing Made Easy

Eco-Friendly Cement: Hybrid Concrete Shows Promise, Raises Questions