Revolutionizing Concrete Testing

SmartRock™

The leading concrete sensor for real-time temperature and strength monitoring

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The conditions made it extremely difficult, if not unrealistic, for field-cured cylinders to capture the accurate in-place strength results required. With a tight schedule to maintain, the time-consuming process of cylinder break tests was not meeting our needs, nor the building owners'.

WILLIAM PETTIT, PROJECT MANAGER, BOTTORFF CONSTRUCTION INC.

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Install SmartRock in three easy steps
Step1
1 Tag Sensor

Activate the sensor and tag each one in your SmartRock app by project and section.

Step2-1
1 Install & Pour

Secure the sensor to the rebar in the formwork and pour concrete as usual.

Step3-1
1 View Results

Open the SmartRock app to view concrete strength and temperature data in real-time or remotely using SmartHub.

SmartRock sensors for concrete temperature monitoring are the industry’s top choice for concrete monitoring

  • Used in more construction sites around the world than any other concrete strength measurement sensor,
  • Dual-temperature monitoring capabilities,
  • A concrete strength test in compliance with industry standards (ASTM C1074), and is accepted by DOTs,
  • Allows you to create projects faster than concrete cylinder testing,
  • Rugged and waterproof; designed to withstand the toughest conditions,
  • Instant wireless connection to your smartphone,
  • User-friendly mobile app displays temperature, strength, maturity info, and more,
  • Data sharing of full PDF or CSV reports with all project stakeholders,
  • Track and review all projects with the cloud-based dashboard.

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Live Overview

Mix Calibrations

Project Management

Data History

Live Overview Screenshot
Mix Calibration Screenshot
Project Management Screenshot
Data History Screenshot

Live Overview

Mix Calibrations

Project Management

Data History

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The Official Definition of a Low Concrete Cylinder Break

Under ACI and CSA Standards, a break is considered to be of low compressive strength when an individual strength test (average of two cylinders) is more than 500 psi (3.5 MPa) below the required expected strength. Or, if the averages of all three consecutive sets of tests does not equal or exceed expected strength of the mix design. These nationally accepted specifications do account for normal and expected variability of concrete strength tests. However, if your samples exceed these specified values, more investigation into the cause is required.

Keep reading about Low Breaks

 

The World's Top Construction Teams Trust SmartRock

“There's no doubt that SmartRock saves an unbelievable amount of time and money for the contractor — and takes the maturity method to the next level.”

PCL Logo Walt III, Secretary and Treasurer, Flood Testing Laboratories
PCL Logo
Walt III, Secretary and Treasurer, Flood Testing Laboratories

“For me personally, the project I go to, whether it's a bridge, a low-rise construction, or a high-rise building, if I'm pouring concrete, I'm going to seriously think about using this technology [SmartRock] rather than field cures — just because I have seen the advantages first hand.”

PCL Construction Logo Shawn Kitt, Superintendent, PCL Construction
PCL Construction Logo
Shawn Kitt, Superintendent, PCL Construction

“Depending on how many phases and the number of pours, you can save days on some jobs and weeks on others [using SmartRock].”

T&R Contracting Logo Ryan Gulbrandson, Project Manager, T&R Contracting
T&R Contracting Logo
Ryan Gulbrandson, Project Manager, T&R Contracting

“Once the SmartRock sensors were installed, we didn't look back...”

S&F Concrete Logo Steve Pirello, Project Manager, S&F Concrete Contractors
S&F Concrete Logo
Steve Pirello, Project Manager, S&F Concrete Contractors