Relative Humidity (RH) Testing

Why Make Concrete Moisture Testing Complicated (When It’s Not)?

Ensure that Your Safety Flooring Is Indeed Safe with Accurate RH Testing

How Concrete Moisture Testing Can Help You Go Green

The Concrete Slab RH Test – So Easy Your Whole Team Can (and Should) Do It

New Concrete RH Testing Automation to Make Your Job a Little Easier

The Essentials for Preventing Moisture Related Flooring Failures

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

40%: Why Testing at the Correct Concrete Depth Is Crucial

Concrete pH Balance for the Same Price as Relative Humidity

Mapping Out Your RH Test

Calibration for RH Testing Made Easy