
Cor-Tuf UHPC Forms Partnership with Precast Systems Engineering
Cor-Tuf UHPC is excited to announce it has formalized an agreement with Precast Systems Engineering, LLC to help in the advancement of Ultra-High Performance Concrete.
Cor-Tuf UHPC is excited to announce it has formalized an agreement with Precast Systems Engineering, LLC to help in the advancement of Ultra-High Performance Concrete.
Here, we see the ready mix truck under the batch plant, ready to receive the first mix of the day. The Cor-Tuf team is loading
In front of a very interested crowd, here we are demonstrating Cor-Tuf UHPC’s ability to pour full-scale UHPC components with a ready mix truck. The
In this image, the Cor-tuf team is producing the second of two 30’’x30’’x30’ UHPC beams with ready mix trucks. As can be seen here, the
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.
What makes a good building material? In our opinion, it must be strong and durable; light, with minimum design constraints; easily installed and compatible with common techniques; and long-lasting, created from the start to protect against damage.
At Cor-Tuf, we’ve been using classic ready-mix techniques with our Ultra-High Performance Concrete (UHPC) for some time. One of our latest projects was completing a ready-mix bridge overlay job in upstate New York to demonstrate how easy UHPC is as part of everyday construction.
Construction crews know how to get a batch of concrete mixed, poured, and leveled. At job sites around the country (and the world), construction professionals use standard machines and well-known techniques to do the job right.
Concrete is the foundation of modern construction. Its strength and durability enables it to support heavy structures over long periods of time. Compressive strength is the prominent concrete specification, but tensile, flexural, and other properties can play a significant role in modern designs.