Say hello to the Only Buckling Restrained Brace with “Strain Control Technology.”
And robotic-level precision manufacturing. And built-in end-to-end “Holistic Gusset Stability” Technology.
Say hello to the EVER Brace.
EVER is a new seismic company with a big story.
What happens when those passionate about buckling restrained bracing refuse to accept the limitations of current BRB designs and start over to create an innovative Buckling Restrained Brace for this new age? You’re in the right place to find out.
We’ve considered the worst manufacturing occurrences, and the every day realities of the manufacturing process, and designed a new seismic brace that conquers both. It’s not magic. It’s just science. And math. And know-how.
Combining innovation with dogged determination makes anything possible. Engineering works. We’re eager to share our amazing test results and more. We want to make it as easy as possible for you to envision and incorporate the EVER Brace into your next project.
The EVER Brace from EVER Seismic. Join us in glorious peace of mind.
MAKING EVER RESILIENT CITIES
WHAT’S REVOLUTIONARY ABOUT THE EVER BRACE BUCKLING RESTRAINED BRACE?
END ALIGNERS
EVER Seismic extensively engineered end aligners to allow movement and maintain the stabilty of the brace while protecting regions of the brace that must move from items that might obstruct the needed movement.
STIFFENING SPINE ELEMENTS
Provide just the restraining required for the core element and allow flexibility to fit into walls and other tight spaces.
PRECISION STEEL RESTRAINING PLATES
EVER Brace uses precision cut and located steel restraining plates to achive core alignment tolerances not consistently achievable with grout-filled systems.
UNIAXIAL HINGE AT GUSSET PLATE
Allows for frame movement while maintaining stability in the gusset plate. We consider the gusset plate to be part of the brace and stabilize it as such, rather than depending on the gusset for brace stability.
HIGH DUCTILITY STEEL CORE
EVER Seismic selects steel products for our cores that achieves the highest ductility possible in structural grades of steel.