Never Have a Low Break Again One of the most frustrating setbacks that occurs on jobsites is low concrete breaks. It seems like they always happen at the worst time, when your schedule is already delayed and you are trying to move your project along as fast as…
Concrete Maturity Calibration: Step‑by‑Step Guide & How Smart Sensors Simplify It
Maturity calibration is the laboratory procedure that establishes the strength-maturity relationship for one specific concrete mix, so that recorded temperature data from that mix can be turned into an estimate of in-place strength. It is done once per mix design: cylinders of the mix are cured in the…
10 Ways to Get Your Field Teams to Use Construction Software
Introducing new technology and software into the construction industry has increasingly been a focus in recent years. This type of software can involve processing large amounts of data on numerous onsite activities, such as project scheduling, budget management, and more. Kickstarting this integration process is no easy task,…
Concrete Testing Goes Wireless
Testing concrete’s strength is essential, but is also messy and expensive. One needs to create test cylinders, cure them properly, transport them to the lab for more curing (or field cure them), and then break them in a compression machine just to throw the broken concrete into a…
How Concrete Cube Testing is Delaying Your Project Timeline
Time performance is one of the most crucial factors when working on a project. A delayed schedule not only eats into your profits, it also impacts your ability to start your next project on time. Frequent delays on site are a very common problem in the industry across…
Optimize Your Project Schedule With Wireless Concrete Maturity Sensors
The construction industry is often described as being “slow”. Often this refers to how long it takes to complete a project, especially when multiple industry specialists are involved. However, more and more the construction industry has been referred to as “slow to adopt new technology.” This is especially…
Saving Money with Wireless Maturity Sensors
With traditional concrete strength testing practices, that is the use of cylinder break tests, the reliance on third-party testing labs is detrimental to a project’s timeline and budget. While wired data loggers can save some time, the data collected must still be analyzed off site by an experienced…
The Impact of the Labor Shortage in the Construction Industry
It’s no secret that the construction industry has been dealing with a severe labor shortage. While the industry itself is booming and the need for new buildings – such as residential homes, public housing, commercial real estate, and projects for public works and institutional buildings – has increased,…
Eliminating Field-Cured Cylinders to Prevent Project Delays
For project managers and contractors, there is nothing more frustrating than when a job is running behind schedule. Not only does it eat into your profits, it also impacts your company’s reputation. Frequent delays on site are a very common problem in the industry. According to KPMG International’s…
Breaking Records Left and Right at Bauma 2019
Once every three years, bauma, the world’s leading trade fair for construction machinery, building materials, mining machines, construction vehicles, concrete testing, and more, takes place. This year the show was held in Munich, Germany and was the biggest bauma ever in the exhibition’s 65-year history. Not only did…
Accelerated Bridge Construction with Lower Costs, Safer Job Sites
In the United States, one in four of the country’s 600,000 bridges require rehabilitation, repair, or replacement. As a result, faster, safer, and more economic bridge construction is a frequent topic of discussion. Technological developments, such as the use of wireless temperature and strength sensors and the practice…
In Response to The Guardian’s Concrete Week
Over 6 days, during what they called Concrete Week, The Guardian published on its website more than 10 different articles ranging from “Concrete: the most destructive material on earth” to “Delicate sense of terror: what does concrete do to our mental health?” Concrete is blamed for flooding, urbanization,…
Confidently Place Your Flooring With This Accurate Relative Humidity Sensor
One of the most essential processes, which is rarely talked about in the application of flooring, is the importance of monitoring relative humidity (RH), moisture levels, and the moisture evaporation rate of your concrete floor. Proper measuring of these properties will help you avoid recurring and costly failures….
Understanding Relative Humidity in Concrete
During the construction of a concrete building, an essential step in the application of flooring is the importance of monitoring the relative humidity (RH), moisture levels, and the moisture evaporation rate of your slab. If your concrete contains excess moisture and high RH levels this can lead to…
Make Your Construction Jobsite Safer and Faster with Smart Sensors
Sensors embedded in concrete let you know when it’s cured and ready. Concrete is the material most widely used by humans — after water. As its ingredients are readily available almost anywhere in the world, it is the main component used by architects and engineers in the building…
Assessing the Future: Job Site Robotics Are Quickly Gaining Ground
The introduction of advanced technologies and robotics have continued to increase in popularity in construction. With large-scale robotic solutions, these devices are transported to a job site to execute specific tasks. For example, Tybot automates the task of tying rebar intersections on bridges and other large structures. While…
How Testing Concrete Strength Onsite Can Accelerate Your Project Timeline
When it comes to testing concrete during placement, the most commonly used method for evaluating strength is the break test. Break tests require concrete sample cylinders to be subjected to high amounts of pressure in order to assess the material’s compressive strength. Although this test method is widely…
The Importance of Monitoring Temperature During Post-Tensioning Time
What is Post-Tensioning Time? Concrete has compressive strength, meaning that it can withstand its own weight within a structure. However, it lacks tensile strength. Therefore, as soon as everyday loads are added to a concrete structure, such as vehicles on a bridge, the concrete struggles under the additional…
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