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Jason Spangler

Sales Manager for Wagner Meters
Jason Spangler is the Sales Manager for Wagner Meters. He has his MBA from West Texas A&M University and has over 29 years of experience working with products in the construction, roofing and concrete flooring industries.

It’s no secret that Jason loves his job and his customers as well. He’s seen how disastrous flooring failures can be, and he wants to make sure people can avoid them at all costs. So it’s rare to find him when he isn’t on the phone with his customers or on his way to meet them.

As an advocate for the precision and effectiveness of RH testing, you can find him in hundreds of Wagner’s Rapid RH® and Orion® product demonstration videos. He enjoys providing hands-on, detailed how-tos for each of the products he personally recommends. It’s a way to share his passion for a testing method he has observed to be the best option out there. His interest and love for marketing and educating are definitely evident, and he enjoys delving into opinions, ideas, and strategies with the Wagner team.

Throughout his time at Wagner Meters, Jason has successfully launched a variety of products to the market, including the original Rapid RH concrete moisture test. He is also part of the Executive Board as the Secretary/Treasurer for the Flooring Contractors Association (FCICA).

When he’s not at work, Jason enjoys the outdoors and travel, of which his favorite destination so far is Dubai. He also stays busy with his active, adventurous family. One of his guilty pleasures is his Can Am side by side and his love of speed, which he shares with his daughters. He has done an excellent job teaching them about the functionality of the gas pedal but has failed miserably at teaching them the value of the brake pedal.

Articles by Jason

The Rapid RH® Concrete Moisture Test

10 Guidelines for ASTM F2170 Concrete Testing and Preparation
3 Dangers to Avoid When Installing Wood Floors Over Concrete
3 Key Lessons about Moisture from an Old Concrete Floor
30 Construction Tools – Concrete Tools You Might Need
40%: Why Testing at the Correct Concrete Depth Is Crucial
5 Reasons Moisture Is Coming Up Through Your Concrete Floor
5 Things You Need to Know About Moisture in Concrete
6 Different Ways to Use the Smart Logger Temp & Humidity Monitor
6 Outside Sources for Concrete Moisture
8 Reasons to Turn on Your HVAC
ASTM F2170 Change Authorizes Official RH Test Results after Just 24 Hours
Avoid These 5 Common Mistakes When Testing Relative Humidity in Concrete Slabs
Best Conditions for Faster Drying Concrete Times
Best Practices for Preventing Moisture Damage to Resilient Floors
Calcium Chloride Moisture Test vs. Relative Humidity
Calcium Chloride’s (MVER) Achilles Heel
Can Concrete Moisture Taint Your Grout?
Concrete Moisture Testing Checklist
Concrete Moisture Testing: Commercial vs. Residential Projects
Concrete pH Balance for the Same Price as Relative Humidity
Concrete RH Testing: The New Standard in Australia
Concrete Vapor Retarders: Everything You Need to Know
Concrete vs. Cement – Understanding the Key Differences
DataGrabbers: Automatic, Easy, and Accurate Concrete Moisture Testing
Dehumidification and Drying Concrete: Hurrying Up the Wait
Does It Matter How Many Concrete Moisture Tests I Use on Each Flooring Job?
Don’t Polish New Concrete Floor Finishes
Eco-Friendly Cement: Hybrid Concrete Shows Promise, Raises Questions
Excess Moisture in Concrete? Avoid Flooring Problems with Accurate Testing
Fast, Accurate Concrete Moisture Testing Using the Rapid RH L6 System
Floor Sentry Best Practices
Getting It Right: Wood Flooring Over a Concrete Subfloor
Hammer Drill Bits Explained
How Does Moisture Move Through Concrete?
How Long Does Concrete Take to Dry
How Many Sensors Do I Need to Test for My Flooring Job?
How Moisture Can Ruin Your Decorative Concrete
How Moisture Impacts Floor Coverings Over Concrete
How Moisture Testing Improves Efficiency and Reduces Waste
How to Control Moisture Coming Up Through the Concrete Floor?
How to Determine Concrete Slab Thickness
How to Get Better Stains and Colors in Decorative Concrete
How to Identify and Fix Moisture Problems in Your Concrete Subfloor
How to Prepare a Concrete Floor for Coatings
How to Prepare a Subfloor for a Floor Installation
How to Prevent Costly Flooring Failures That Cause Adverse Health Environments In Healthcare Facilities
How to Test Moisture in Concrete Floors
How to Use a Concrete Moisture Meter for Residential Projects
Hydrostatic Pressure: What It Is and What It Isn’t
Is the Concrete Slab Ready for You to Install Underlayment?
Leveling Compounds: Concrete Moisture Can Slant the Results
Lightweight Concrete vs. Normal Weight Concrete
Mapping Out Your RH Test
Mitigating and Managing Moisture in Commercial Concrete Subfloors
Moisture at Work in Your Decorative Concrete
Moisture Testing Methods for Residential Concrete Floors
Moving Toward a More Eco-Friendly Cement
Multi-Use vs. Single-Use Moisture Sensors
MVER Testing is Only Skin Deep
New Concrete Moisture Testing Tech to Simplify Your Job
Osmotic Blisters: The Plague of Resin Floors
Plan for Concrete Slab Moisture Testing or Plan for Failure
Pros and Cons of Exposed Concrete Flooring
Relative Humidity Testing and the Rapid RH®
Reusable or Single-Use? Which Rapid RH Sensor is For You?
Save Time on Flooring Installation: The Power of True Remote Monitoring
Simplify RH Testing – Calibration Tips & Resources
Speed up Your Concrete Moisture Testing
Stay Ahead of Flooring Moisture Issues with These Three Proactive Solutions
Surface Preparation And The Risk You’re Not Addressing
The Dangers of Concrete That Sweats!
The Future of Moisture Testing: True Remote Monitoring
The Power of Real-Time Concrete Moisture Monitoring in Commercial Work
The Proper Number of Tests for Concrete And Why It’s Vitally Important
The Pros and Cons of Concrete Flooring
The Real Costs: Calcium Chloride (CaCl) vs. RH Testing
The Real Dangers of Hydrostatic Pressure
The Wait for Concrete to Dry
Tips About Self-Leveling Concrete
Tips for RH Moisture Testing in Concrete
Top 15 Concrete Moisture Testing Myths
True Remote Monitoring System: A Proactive Solution Giving You Real-Time Concrete and Climate Moisture Data
Understanding Different Types of Lightweight Aggregate Concrete
Wagner Meters Rapid RH® Kit Survives Devastating Fire in Michigan
Wet Concrete Curing and Drying Time
What Are Acceptable Concrete Moisture Levels?
What Every Flooring Installer Needs to Know about Hydrostatic Pressure
What to Do When You Find an Old Wet Concrete Slab
When 20% Is the Right Depth for RH Testing
When Admixtures Turn Us into Chemists
Why a Concrete Moisture Meter isn’t the Final Decision
Why Measure Moisture in Old Concrete Floor Slabs?
Why Measure pH and RH Levels in Concrete Floors?
Why RH Testing Is the Best Choice for Concrete
Why You Need to Measure Moisture in Your Subfloor
Why Your Carpet Smells and What You Can Do About It
Your Ultimate Guide to Testing Concrete Moisture Levels Before Floor Installation
Concrete Information & Knowledge Base

10 Guidelines for ASTM F2170 Concrete Testing and Preparation
3 Dangers to Avoid When Installing Wood Floors Over Concrete
3 Key Lessons about Moisture from an Old Concrete Floor
30 Construction Tools – Concrete Tools You Might Need
40%: Why Testing at the Correct Concrete Depth Is Crucial
5 Reasons Moisture Is Coming Up Through Your Concrete Floor
5 Things You Need to Know About Moisture in Concrete
6 Different Ways to Use the Smart Logger Temp & Humidity Monitor
6 Outside Sources for Concrete Moisture
8 Reasons to Turn on Your HVAC
ASTM F2170 Change Authorizes Official RH Test Results after Just 24 Hours
Avoid These 5 Common Mistakes When Testing Relative Humidity in Concrete Slabs
Best Conditions for Faster Drying Concrete Times
Best Practices for Preventing Moisture Damage to Resilient Floors
Calcium Chloride Moisture Test vs. Relative Humidity
Calcium Chloride’s (MVER) Achilles Heel
Can Concrete Moisture Taint Your Grout?
Concrete Moisture Testing Checklist
Concrete Moisture Testing: Commercial vs. Residential Projects
Concrete pH Balance for the Same Price as Relative Humidity
Concrete RH Testing: The New Standard in Australia
Concrete Vapor Retarders: Everything You Need to Know
Concrete vs. Cement – Understanding the Key Differences
DataGrabbers: Automatic, Easy, and Accurate Concrete Moisture Testing
Dehumidification and Drying Concrete: Hurrying Up the Wait
Does It Matter How Many Concrete Moisture Tests I Use on Each Flooring Job?
Don’t Polish New Concrete Floor Finishes
Eco-Friendly Cement: Hybrid Concrete Shows Promise, Raises Questions
Excess Moisture in Concrete? Avoid Flooring Problems with Accurate Testing
Fast, Accurate Concrete Moisture Testing Using the Rapid RH L6 System
Floor Sentry Best Practices
Getting It Right: Wood Flooring Over a Concrete Subfloor
Hammer Drill Bits Explained
How Does Moisture Move Through Concrete?
How Long Does Concrete Take to Dry
How Many Sensors Do I Need to Test for My Flooring Job?
How Moisture Can Ruin Your Decorative Concrete
How Moisture Impacts Floor Coverings Over Concrete
How Moisture Testing Improves Efficiency and Reduces Waste
How to Control Moisture Coming Up Through the Concrete Floor?
How to Determine Concrete Slab Thickness
How to Get Better Stains and Colors in Decorative Concrete
How to Identify and Fix Moisture Problems in Your Concrete Subfloor
How to Prepare a Concrete Floor for Coatings
How to Prepare a Subfloor for a Floor Installation
How to Prevent Costly Flooring Failures That Cause Adverse Health Environments In Healthcare Facilities
How to Test Moisture in Concrete Floors
How to Use a Concrete Moisture Meter for Residential Projects
Hydrostatic Pressure: What It Is and What It Isn’t
Is the Concrete Slab Ready for You to Install Underlayment?
Leveling Compounds: Concrete Moisture Can Slant the Results
Lightweight Concrete vs. Normal Weight Concrete
Mapping Out Your RH Test
Mitigating and Managing Moisture in Commercial Concrete Subfloors
Moisture at Work in Your Decorative Concrete
Moisture Testing Methods for Residential Concrete Floors
Moving Toward a More Eco-Friendly Cement
Multi-Use vs. Single-Use Moisture Sensors
MVER Testing is Only Skin Deep
New Concrete Moisture Testing Tech to Simplify Your Job
Osmotic Blisters: The Plague of Resin Floors
Plan for Concrete Slab Moisture Testing or Plan for Failure
Pros and Cons of Exposed Concrete Flooring
Relative Humidity Testing and the Rapid RH®
Reusable or Single-Use? Which Rapid RH Sensor is For You?
Save Time on Flooring Installation: The Power of True Remote Monitoring
Simplify RH Testing – Calibration Tips & Resources
Speed up Your Concrete Moisture Testing
Stay Ahead of Flooring Moisture Issues with These Three Proactive Solutions
Surface Preparation And The Risk You’re Not Addressing
The Dangers of Concrete That Sweats!
The Future of Moisture Testing: True Remote Monitoring
The Power of Real-Time Concrete Moisture Monitoring in Commercial Work
The Proper Number of Tests for Concrete And Why It’s Vitally Important
The Pros and Cons of Concrete Flooring
The Real Costs: Calcium Chloride (CaCl) vs. RH Testing
The Real Dangers of Hydrostatic Pressure
The Wait for Concrete to Dry
Tips About Self-Leveling Concrete
Tips for RH Moisture Testing in Concrete
Top 15 Concrete Moisture Testing Myths
True Remote Monitoring System: A Proactive Solution Giving You Real-Time Concrete and Climate Moisture Data
Understanding Different Types of Lightweight Aggregate Concrete
Wagner Meters Rapid RH® Kit Survives Devastating Fire in Michigan
Wet Concrete Curing and Drying Time
What Are Acceptable Concrete Moisture Levels?
What Every Flooring Installer Needs to Know about Hydrostatic Pressure
What to Do When You Find an Old Wet Concrete Slab
When 20% Is the Right Depth for RH Testing
When Admixtures Turn Us into Chemists
Why a Concrete Moisture Meter isn’t the Final Decision
Why Measure Moisture in Old Concrete Floor Slabs?
Why Measure pH and RH Levels in Concrete Floors?
Why RH Testing Is the Best Choice for Concrete
Why You Need to Measure Moisture in Your Subfloor
Why Your Carpet Smells and What You Can Do About It
Your Ultimate Guide to Testing Concrete Moisture Levels Before Floor Installation