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New Technology Added To Xp Line Of Hammers
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Case StudyCase Study: Sellen Construction Revolutionizing Equipment Tracking
Sellen Construction integrated Site Manager™ into its operations 4 years ago to improve tool and equipment tracking and management. The tool tracking system, which utilizes BLUETOOTH® technology, allows Sellen to monitor the location of its tools. By setting up scanners on job sites and in company vehicles, Sellen ensures that every tool's movement is recorded and accessible, reducing the likelihood of lost or misplaced equipment.
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WebinarDEWALT POWERSHIFT™: The Power of Electrification & Sustainability
The DEWALT POWERSHIFT™ Cordless Equipment System optimizes the workflow of the concrete contractor and construction jobsites through electrification. This equipment system meets the critical needs of concrete professionals – power, runtime, and ergonomics – allowing users to transition away from gas-powered equipment, without compromising efficiency and performance.
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Instructional VideosHow To Use The 20V MAX* GRABO LIFTER
Grab and lift construction materials with a high-load capacity, powerful suction, and a built-in pressure sensor. Learn more about how to use the DEWALT® 20V MAX* GRABO LIFTER and grab hold of tough jobs.
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Blog10 Tips to Optimize Design and Fabrication Operations
Fabricators face unique challenges in constructability and design, from meeting tight deadlines to ensuring precision and quality. Modernizing operations, embracing new technologies, and implementing efficient workflows are essential to staying competitive. By following these ten tips, contractors can optimize their fabrication and design processes, reduce costs, and deliver outstanding results.
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BlogUnderstanding the Importance of Thermal Control Plans in Mass Concrete Projects
In modern construction, mass concrete is foundational for developing large-scale structures, including dams, bridges, tunnels, and high-rise buildings. However, working with mass concrete presents unique challenges, particularly regarding the heat generated during the hydration of cement. If not properly managed, this heat can lead to significant issues such as thermal cracking and delayed ettringite formation (DEF), both of which can compromise the long-term integrity and durability of the structure. To mitigate these risks, a well-developed thermal control plan is essential.