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 * Products
   * Wireless Concrete Sensors
     * SmartRock®Concrete temperature and strength monitoring
     * SmartRock® ProSelf-calibrating concrete strength sensor
     * Remote Monitoring
       * SmartHub™Remote Monitoring Device for SmartRock®
       * SmartHub Long RangeLong Range Remote Monitoring Device
   * Software
     * SmartMix™AI-based concrete mix optimization
     * Giatec 360™Dashboard for monitoring concrete pours
     * Ready-Mix Solutions
       * SmartRock® PlusA value-added solution for ready-mix concrete producers
   * Rebar Corrosion NDT
     * iCOR®NDT device for testing the rate of corrosion
     * XCell™NDT device for half-cell corrosion mapping
     * Laboratory Equipment
       * Perma™Laboratory device for testing chloride permeability
       * RCON™NDT device for measuring electrical bulk resistivity
       * Surf™Laboratory device for testing surface electrical resistivity
 * Solutions
   * Temperature Monitoring
     * Concrete TemperaturePrecisely monitor concrete temperature with
       SmartRock® sensors
     * Mass Concrete TemperatureMeasure accurate temperature differentials with
       SmartRock® sensors for your mass concrete projects
   * Strength and Maturity
     * Concrete MaturityEfficiently monitor concrete strength with
       maturity-based monitoring using SmartRock® sensors
     * Self–Calibrating Concrete Strength MonitoringCut costs, save time, and
       reduce waste with the first ever self-calibrating SmartRock Pro® sensors
   * Mix Optimization
     * AI-Powered Mix Management SoftwareA single platform for all your concrete
       quality data that puts ready-mix producers in control
   * Non-Destructive Laboratory Equipment
     * Concrete Testing EquipmentAssess concrete quality with RCON™, Surf™, and
       Perma™ devices using electrical methods
     * Rebar Corrosion DetectionAccurately identify concrete corrosion patterns
       with iCOR® and XCell™
 * Knowledge Center
   * Thermal Control Plan
   * Mass Concrete
   * Strength & Maturity
   * Concrete Temperature
   * Low Breaks
   * Cold Weather Concreting
 * Resources
   * Case Studies
   * Blog
   * Videos
   * On-Demand Webinars
   * Construction Revolution Podcast
   * ROI Calculator
   * F.A.Q.
   * Concrete Terminology
 * About
   * About Giatec
   * In the Media
   * Company News
   * Revolutionaries Awards
   * Events and Conferences
   * Net Zero Construction Conference
   * Careers
   * Contact

Menu
 * Products
   * Wireless Concrete Sensors
     * SmartRock®Concrete temperature and strength monitoring
     * SmartRock® ProSelf-calibrating concrete strength sensor
     * Remote Monitoring
       * SmartHub™Remote Monitoring Device for SmartRock®
       * SmartHub Long RangeLong Range Remote Monitoring Device
   * Software
     * SmartMix™AI-based concrete mix optimization
     * Giatec 360™Dashboard for monitoring concrete pours
     * Ready-Mix Solutions
       * SmartRock® PlusA value-added solution for ready-mix concrete producers
   * Rebar Corrosion NDT
     * iCOR®NDT device for testing the rate of corrosion
     * XCell™NDT device for half-cell corrosion mapping
     * Laboratory Equipment
       * Perma™Laboratory device for testing chloride permeability
       * RCON™NDT device for measuring electrical bulk resistivity
       * Surf™Laboratory device for testing surface electrical resistivity
 * Solutions
   * Temperature Monitoring
     * Concrete TemperaturePrecisely monitor concrete temperature with
       SmartRock® sensors
     * Mass Concrete TemperatureMeasure accurate temperature differentials with
       SmartRock® sensors for your mass concrete projects
   * Strength and Maturity
     * Concrete MaturityEfficiently monitor concrete strength with
       maturity-based monitoring using SmartRock® sensors
     * Self–Calibrating Concrete Strength MonitoringCut costs, save time, and
       reduce waste with the first ever self-calibrating SmartRock Pro® sensors
   * Mix Optimization
     * AI-Powered Mix Management SoftwareA single platform for all your concrete
       quality data that puts ready-mix producers in control
   * Non-Destructive Laboratory Equipment
     * Concrete Testing EquipmentAssess concrete quality with RCON™, Surf™, and
       Perma™ devices using electrical methods
     * Rebar Corrosion DetectionAccurately identify concrete corrosion patterns
       with iCOR® and XCell™
 * Knowledge Center
   * Thermal Control Plan
   * Mass Concrete
   * Strength & Maturity
   * Concrete Temperature
   * Low Breaks
   * Cold Weather Concreting
 * Resources
   * Case Studies
   * Blog
   * Videos
   * On-Demand Webinars
   * Construction Revolution Podcast
   * ROI Calculator
   * F.A.Q.
   * Concrete Terminology
 * About
   * About Giatec
   * In the Media
   * Company News
   * Revolutionaries Awards
   * Events and Conferences
   * Net Zero Construction Conference
   * Careers
   * Contact


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REVOLUTIONIZE THE CONCRETE INDUSTRY

with Smart IoT Testing and AI Solutions


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FIND THE RIGHT SOLUTION FOR YOUR PROJECT

Temperature Monitoring
Strength and Maturity
Mix Optimization
Temperature Monitoring


TEMPERATURE MONITORING



Precisely monitor the temperature of your concrete structures under any
conditions

Concrete Temperature

 * Hot and cold weather concrete monitoring
 * Safety and convenience with wireless sensors
 * Get real-time alerts with remote monitoring

Mass Concrete Temperature

 * Temperature differential analysis
 * Quality control and assurance
 * Long-Range remote monitoring capabilities

Learn More
Strength and Maturity


STRENGTH AND MATURITY

Collect real-time in-situ concrete strength data through maturity-based sensors

Maturity-Based Concrete Strength Monitoring

 * Measure concrete strength with maturity standardized sensor (ASTM C1074)
 * Avoid project delays caused by break tests
 * Collect real-time strength development on App and cloud dashboard

Self-Calibrating Concrete Strength Monitoring

 * Monitor the in-situ strength using the patent-pending (CEMMA) technology
 * Eliminate manual calibration with the first self-calibrating sensor
 * Manage fluctuations in your mix to determine real-time strength anytime

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Mix Optimization


MIX OPTIMIZATION

AI-powered precision for every concrete mix for the Producers

Instant ROI

 * Get immediate dollar savings with SmartMix’s precise AI-based optimization
   recommendations

AI-Powered Decision Making

 * Unleash the full potential of your data and make informed decisions for
   enhanced efficiency and profitability

Drive Sustainability

 * Lead the way in sustainability by cutting CO2 emissions by up to 30% and meet
   performance requirements without compromising on quality or profits

Core Quality Control

 * Producers without an existing quality control system today can utilize
   SmartMix’s Core QC functionality. For those with an existing system, SmartMix
   can enhance and complement current processes.

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EXPLORE OUR PRODUCTS




SMARTROCK®

Wireless Concrete Sensor for Temperature and Strength Monitoring
Learn More


SMARTROCK® LONG RANGE

Long Range Concrete Sensor for Temperature and Strength Monitoring
Learn More


SMARTROCK® PRO

The 1st Fully Self-Calibrating Concrete Strength Monitoring Sensor
Learn More


SMARTHUB™

Remote Monitoring System for Accessing Concrete Data Anytime, Anywhere

Learn More


SMARTHUB® LONG RANGE

Long Range Remote Monitoring System for Use with Long Range Sensors
Learn More


GIATEC 360™

An Advanced Web-Based Dashboard for Monitoring and Managing Concrete Pours

Learn More


SMARTMIX™

AI-Powered Mix Optimization Software for Ready-Mix Producers
Learn More


NDT DEVICES

Non-Destructive Testing for Rebar Corrosion Measurement and Mapping
Learn More


LAB EQUIPMENT

Laboratory Devices for Measuring Permeability and Resistivity of Concrete
Learn More


PODCAST

Experts revolutionizing the construction industry

Latest Episodes

How AI is Transforming Construction Estimating 

The Optimization Journey Has Just Begun

The Daily Life of a QC Professional

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WEBINARS

Stay on the cutting edge of concrete tech

Webinars Library

Temperature Match Curing vs. SmartRock® for Concrete Efficiency

Post Tensioning – How Maturity Can Increase Safety

How to Mitigate Variations in Maturity Calibration

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TRADESHOWS

Save the date and join us at future events and conferences

Upcoming Events
Construct Day UK 2024
NRMCA ConcreteWorks 2024
BUILDEX Alberta 2024
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CASE STUDIES

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TOMLINSON READY MIX – GIATEC SMARTMIX™

Ontario, Canada
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FCC CONSTRUCTION

NEOM, Saudi Arabia
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AKÇANSA

Çanakkale, Turkey
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BLOG

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TRANSFORMING CONCRETE MONITORING WITH SMARTROCK PRO’S SELF-CALIBRATING
TECHNOLOGY

Mehrtash Soltani August 13, 2024

Concrete is widely used in modern construction due to its accessibility,
cost-efficiency, strength, and durability. However, its performance can be
compromised by environmental elements, weather conditions, and natural
disasters. Its performance can also be significantly impacted by any changes in
the mix design and raw material used. A significant issue is the lack of
efficient real-time concrete strength and temperature monitoring during curing.
Premature removal of formwork and extreme weather conditions, such as cold or
hot temperatures, can lead to structural weaknesses, delays, and costly repairs.
Implementing real-time monitoring is crucial to ensure accurate assessment and
timely adjustments, thereby enhancing the reliability and quality of concrete
structures. Concrete is widely used in various structures, and ensuring its
quality and required strength necessitates careful monitoring to confirm that
the structure meets the intended design code specifications. The material’s
quality is affected by its mix composition, delivery, placement, and curing
conditions. While traditional strength assessment tests like break tests or
drilled cores are widely used, they can be error-prone. Non-destructive methods
offer more efficient, less labor-intensive, and more advanced alternatives,
allowing for accurate strength assessment without compromising integrity. Brief
overview of traditional strength and temperature monitoring methods and their
limitations As mentioned, traditional methods for…


THE IMPORTANCE OF PRE-POUR MEETINGS FOR THE SUCCESS OF POST-TENSIONED SLABS

Icaro Mariani July 17, 2024

Pre-pour meetings are essential in the construction process, particularly when
dealing with complex structures such as post-tensioned slabs. These meetings
ensure that all stakeholders are on the same page regarding the concrete
schedule and potential challenges. And also for specific pour requirements Let’s
learn in this blog why pre-pour meetings are crucial in construction.What Are
Post-Tensioned Slabs?Post-tensioning is a technique widely used for slab
elements. It involves placing concrete structures under compression to
counteract tensile stress caused by loads. Once the concrete reaches a specific
initial compressive strength, but before any service loads are applied, steel
cables (called tendons) are pulled tight using a hydraulic jack and then
anchored to the concrete’s outer edges. This process maintains tension in the
tendons throughout the structure’s lifespan, resulting in a stiffer, more
resilient concrete slab that can better resist tensile forces.Coordination and
CommunicationPre-pour meetings bring together project managers, contractors,
engineers, and other key personnel to discuss the details of the concrete pour.
This includes reviewing the concrete schedule to ensure all activities are
aligned, and potential conflicts are resolved. Clear communication during these
meetings helps prevent misunderstandings that could lead to delays or errors
during the pour. Quality Assurance of Post-Tensioned SlabsOne of…


BUILDING THE FUTURE: PERFORMANCE-BASED TEMPERATURE LIMITS FOR MASS CONCRETE
FOUNDATIONS

Olatunde David Ogunseye July 4, 2024

Most countries are embarking on a journey to reduce construction costs
significantly. For instance, the UK government has set goals to reduce
construction costs by 33%, accelerate project delivery, and lower greenhouse gas
emissions by 50% [1]. Similarly, countries like Japan and the United States are
working to reduce construction costs significantly. This underscores the
necessity for futuristic engineering infrastructures. This is to withstand
increasingly complex loads and integrate innovative technologies and streamlined
processes. Structural design must now employ large foundation systems. They can
be concrete rafts and piles using high-strength materials and innovative
concrete mix designs to withstand excessive loads. Therefore, the primary
objective is substantial cost reduction and swift delivery of infrastructures
without compromising quality and sustainability. In this blog, we discuss the
promising benefits of performance-based temperature differential limits as an
effective solution for mass concrete construction.What Is the Role of Mass
Concrete in Construction?Mass concrete foundations offer a solution that
balances the demands of urban development with environmental sustainability.
They do so by using locally sourced materials, implementing efficient
construction techniques, and prioritizing long-term durability. Historically,
mass concrete has been used in dams, as it exhibits excellent durability and
strength. These are essential properties for withstanding the immense…

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GIATEC’S INNOVATIVE PRODUCTS




WHAT ARE OUR CUSTOMERS SAYING?

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How would you describe your experience with Giatec?

PCL rocks mass concreting with SmartRock®

Concrete Strategies calls SmartRock innovative and easy

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