Salt Lake City

International Airport

CoreBrace is honored to have been chosen as the BRB supplier for the New Salt Lake City Airport project in Salt Lake City, Utah. We extend our congratulations to the entire design team and look forward to creating a successful project to transport and serve the public for many years to come.

Louis Armstrong

Stadium

CoreBrace is honored to have been chosen as the BRB supplier for the New Louis Armstrong Stadium project in New York City, New York. We extend our congratulations to the entire design team and look forward to creating a successful project to serve the United States Tennis Association and fans for many years to come.

Newport Beach

Civic Center

The open design of this beautiful building not only showcases that amazing architectural features of the building, but also our pinned connection BRBs. This goes to show that our BRBs can be more that just a structural component of a building.

SJ Earthquakes

Avaya Stadium

The new home of the MSL’s San Jose Earthquakes, designed and built to be a technologically innovative stadium, uses CoreBrace’s welded connected BRBs.

222 Second Street

San Francisco

A new addition to the downtown San Francisco sky line.

University of Utah

Kennecott Building

The renovation of this iconic building at the University of Utah campus required a major facelift inside and out. The CoreBrace pinned connection, along with etched cap plates, provided the right balance of architectural style and structural integrity.

CoreBrace

Presidential "E" Award

CoreBrace is pleased to announce it was awarded the prestigious Presidential “E” Award in Washington, D.C., on Monday, May 21, 2018. CoreBrace is the first Utah company to receive this award. We are proud of our team and the combined efforts that made this award a reality.

We are excited to introduce our newest development: the CoreBrace reCOREder is the next step in achieving smart, resilient structures with Buckling Restrained Braces (BRBs). The data stored in the device, along with the results from our BRB Fatigue testing program, provides a reliable means to determine the remaining capacity of BRBs after an earthquake or other significant event. A customizable, affordable technology that is available for new construction, and a simple upgrade to existing BRBs, increases the post event evaluations and understanding of the life cycle of a structure.