In this photo, we have just concluded the first phase of installation testing and are getting ready to switch to the larger D62 hammer. This hammer was used throughout phase two of our testing.
Today’s world of concrete construction requires efficiency, scale, and repeatability. To achieve competitive pricing and high quality, contractors need to be able to rely on products and methods that deliver results without compromise.
Municipalities are looking for ways to reduce costs and their administrative burden. Without a streamlined procurement process, purchasing basic goods and services to keep operations running can be negatively impacted by various proposals, approvals, cost optimization, and contractor due diligence.
Compressive strength is the primary property of concrete, indicating its overall ability to withstand structural loading. A higher PSI rating (or MPa, in metric) means
The testing methods for UHPC concrete are different than testing for traditional concrete. It’s important for testing facilities and contractors to understand UHPC fabrication and testing regulatory standards before they embark on a project.
Ultra-High Performance Concrete (UHPC) is known for superior strength and durability. Its headlines have typically been about large infrastructure projects such as multi-lane bridges or building piers, but any size of project can benefit from the properties of UHPC.
The strength and durability of ultra-high performance concrete (UHPC) are valuable for a variety of applications, from repairing aging structures to creating efficient new designs. UHPC is championed by transportation departments and trade groups (including the U.S. Federal Highway Administration) for its ability to work in situations where traditional concrete is less suitable.
