Construction Technology
Latest Trends in Construction
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December 11, 2025
When you’re doing concrete testing on active job sites, one of the biggest challenges is protecting concrete test specimens during the first 48 hours, when temperature, humidity, and evaporation can cause moisture loss and change how concrete gains strength. Deslauriers offers two high-quality options designed to support compliant, consistent results:
- Econ-O-Cure Field Curing System (also called the Cure Bag)
- Cure Plus 3
Both systems support the initial curing window (up to 48 hours) that is critical for reliable test results, and both reinforce Deslauriers’ reputation for dependable concrete testing equipment.
What is concrete curing?
Concrete curing is the process of maintaining moisture and temperature in fresh concrete to allow for the full chemical reaction—known as hydration—that occurs as the concrete sets. Proper curing prevents rapid evaporation of bleed water, which can lead to cracking and a weaker final product.
For field cylinders, this matters because ASTM requires controlled
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June 01, 2025
Deslauriers has built the solution for you if you're looking to buy construction material online without waiting for business hours, flipping through outdated catalogs, or chasing down pricing. Our website is an ecommerce store first, but it's also packed with helpful resources to support smarter purchasing and more efficient project planning. It is a round-the-clock resource hub built for contractors, engineers, and builders who need fast answers and faster ordering.
24/7 Ordering for Last-Minute Needs
Construction doesn't always run on a 9-to-5 schedule. Emergencies happen, pours get pushed up, and sites change. That's why Deslauriers offers 24/7 online ordering so you can get the materials you need when you need them.
Whether it's a last-minute rebar cap order, concrete testing tools, or column forms before the next morning's pour, you can log on from your phone or laptop and place your order anytime. No waiting for callbacks, emails, or business hours.
Your Jobsite Resource Center,
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March 23, 2025
Working as an engineer, field professional or technician requires the use of a wide array of tools including pressure air meters. Â These meters are more complex than they appear at first sight. Â This is your guide to pressure air meter troubleshooting to help you get back on track when trouble arises.
Handling Pressure Air Meters in the Field
Construction professionals, concrete testing specialists and quality control engineers alike use air pressure meters to gauge the level of entrained air within freshly mixed concrete. Â Challenges inevitably arise when using pressure air meters used to measure the amount of air entrained within mixed concrete.Â
Equalizing a specific air volume within the pressure chamber with the entrained air’s unknown amount within the concrete filled base requires practice and intelligence.  If you are initially confused by the meter gauge, don’t panic.  Some pressure air meter troubleshooting will guide you along the way.Â
The reading on the gauge is
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August 19, 2024
Utilizing precision waterjet cutting, you gain several key advantages. That includes speed, precision results, and competitive pricing on all of the cutting services you need. Why does water matter so much? Utilizing our waterjet cutting services, you'll leverage several key benefits, no matter your project or application. If you are looking for a better solution for cutting, let our professionals explore how waterjet cutting technology can change the game (and improve your business).Â
What Is Precision Waterjet Cutting?Â
Waterjet cutting is just what it sounds like. This type of technology uses very precise and effective technology to fabricate the cut of material. Instead of blades or heat, this technology uses water. It is a type of cold-cutting process that eliminates many of the risks that come from heat-related cutting, creating a very fine line of precision and ample flexibility and versatility in the finished product.Â
No Matter the Application: Waterjet Cutting Technology Is
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August 04, 2024
Compression testing isn’t just required by many state and federal safety regulations, it’s also a good idea. Knowing the true strength of a batch of grout only comes from accurately testing multiple samples. Maintaining the durability of testing machines is the only way to get the results you need without running afoul of American Society for Testing and Materials (ASTM) standards. Yet it’s often challenging to keep ensuring accuracy in compression tests over time due to issues like rust and general wear and tear.Â
Rust prevention in laboratory equipment is a constant struggle. Not only is ambient humidity a problem, but the dust released from broken or damaged grout samples can accelerate corrosion. Using the right equipment, such as an unbonded capping system for high strength grout samples, can protect your testing apparatus and prevent damage. Choosing an unbonded system can save a lot of time and energy over using a traditional bonded sulfur capping method as well. Extend the lifespan -
February 19, 2024
Innovations in Construction Temperature Control Technology
Construction temperature control using thermostatic technology is crucial for several reasons. Maintaining a consistent temperature during construction ensures that materials such as concrete are cured properly.Â
Many construction materials exhibit specific temperature requirements for optimal performance and durability. Thermostatic technology allows precise regulation, preventing issues like premature setting or inadequate curing that can compromise the structural integrity of the finished project.Â
Secondly, temperature control is vital for the safety and efficiency of construction processes. Extreme temperatures can impact the workability of materials and pose risks to construction workers. Thermostatic systems help create a comfortable and controlled environment, promoting worker well-being and minimizing the likelihood of accidents.Â
Finally, temperature fluctuations can affect the dimensions and stability of structures.