Uplift Spherical Bearings
Engineered to withstand extreme uplift forces from wind and seismic activity, CECO's Uplift Spherical Bearings ensure uncompromising structural safety and long-term reliability for critical infrastructure projects worldwide
Standard Uplift Arrangement
Spherical Uplift Bearings employ external restraint systems to resist upward forces caused by wind or seismic activity. These external clamps remain passive under compression and activate only during uplift, providing a simple and cost effective safeguard.
Centre-Pin Uplift Arrangement
For demanding applications, Centre-Pin Spherical Bearings integrate uplift resistance into the bearing’s central axis. This internal transfer path minimizes eccentricity, ensures balanced load distribution, and improves durability under frequent load reversals and seismic conditions
Engineered for Extreme Conditions
CECO's Spherical Uplift Bearings are designed to withstand both compressive and uplift forces, ensuring reliable long term performance under seismic actions, wind loads, and frequent load reversals
Superior Lifespan
Engineered for 50+ years of reliable service with minimal maintenance requirements
Corrosion Resistant
Advanced anti-rust coating safeguards against critical environmental conditions effectively
Seismic Safety
Robust and predictable seismic isolation performance under uplift actions
Features of Our Uplift Spherical Bearings
Suggested use for long-span and curved bridges in seismic zones
Unshakeable Under Pressure
CECO's Uplift Spherical Bearings are advanced stability systems that ensure controlled movement and secure load transfer during the most challenging seismic events and extreme weather conditions
Controlled Movement
Precisely manages multi-directional translations and rotations during structural displacement events
Efficient Load Transfer
Transfers vertical and uplift loads under controlled state of stress
Restraint Mechanism
Prevents dangerous unseating during rare and frequent uplift conditions from seismic activity
Specifications of Our Uplift Spherical Bearings
Suggested use for long-span and curved bridges in seismic zones
Maximizing Safety Through Engineering Excellence
CECO's Uplift Spherical Bearings deliver unparalleled performance across multiple dimensions, ensuring your infrastructure operates safely and efficiently under all loading conditions while minimizing long-term operational costs
Multi-Directional Capability
Seamlessly accommodates sliding and rotational movements for thermal expansion, contraction, and complex seismic displacements while maintaining structural integrity
Seismic & Wind Safety
Ensures secure bearing seating under seismic events and high wind loads, protecting against catastrophic structural failure
Bidirectional Transfer
Expertly designed to handle both downward compressive loads from structural load and upward uplift forces from wind and seismic activity
Minimal Maintenance
Low-friction design engineered with advanced materials requires only periodic inspections and scheduled corrosion protection coating renewal for optimal performance
Experience Unmatched Protection with Our Uplift Spherical Bearings
Our Uplift Spherical Bearings have proven performance metrics that demonstrate our commitment to infrastructure safety and reliability, backed by decades of engineering excellence and real-world application data
Years of guaranteed service life with proper maintenance protocols
Reliability rate in extreme weather and seismic conditions worldwide
Ideal Applications for Uplift Spherical Bearings
CECO's Uplift Spherical Bearings are specifically engineered for critical infrastructure projects where uplift resistance is paramount for structural safety and operational continuity
Curved Bridge Structures
Complex geometries demanding multi-directional movement capabilities with uplift protection
Seismic Prone Infrastructure
Critical structures in earthquake-prone regions requiring maximum seismic safety assurance
Long-Span Bridge Systems
Special, cable-stayed, and suspension bridges requiring advanced uplift resistance for wind loads
Our Completed Projects
Explore our diverse range of successful projects.
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