POT-PTFE Bearings
With over 30 years of experience in keeping highways and bridges safe, we deliver uncompromising quality and reliability in structural movement solutions that ensure the safety and longevity of critical infrastructure.
Built to Last, Designed to Endure
Our POT Bearings combine advanced engineering with premium materials to deliver exceptional service life under the most demanding bridge conditions.
Superior Lifespan
Engineered to provide reliable performance for up to 60 years with minimal maintenance requirements.
Corrosion Resistant
Enhanced protection systems that maintain structural integrity even in harsh environmental conditions.
Features of Our POT Bearings
Suggested use for bridges and highways
Rock-Solid Performance in Dynamic Conditions
CECO's POT Bearings provide precise movement control while maintaining positional stability for vehicular bridges under varying loads.
Controlled Movement
Precisely engineered to allow specific directional freedom while restricting unwanted displacement.
Load Distribution
Optimized design that efficiently transfers loads from superstructure to substructure, preventing structural damage.
Specifications of Our POT Bearings
Suggested use for bridges and highways
Maximizing Bridge Safety While Extending Infrastructure Lifespan
Our POT Bearings are specifically designed to handle heavy traffic volumes while allowing controlled movement that accommodates thermal expansion, contraction, and dynamic loads for optimal structural performance.
Rotational Capability
The confined elastomeric disc allows for rotation about any horizontal axis, accommodating bridge deck deflection and preventing stress concentration in structural elements.
Precision Engineered
Manufactured to exacting tolerances with high-quality materials, ensuring consistent performance throughout the bearing's service life under varying environmental conditions.
Vertical Capacity
Engineered to support substantial vertical loads ranging from 1000kN to 60000kN, making them ideal for high-traffic bridges and heavy-load infrastructure.
Minimal Maintenance
Designed for reduced lifecycle costs with low maintenance requirements, needing only periodic inspections and occasional corrosion protection renewal after 15+ years of service.
Experience Unmatched Performance with Our POT Bearings
Our POT Bearings provide exceptional infrastructure protection through innovative design that absorbs and distributes forces while maintaining structural integrity throughout decades of service.
Reliability rate based on field-tested performance across thousands of installations.
Reduction in maintenance costs as compared to conventional bearing systems over total service life.
Ideal Applications for POT Bearings
Our POT Bearings deliver optimal performance across diverse infrastructure projects requiring precision-engineered movement solutions.
Highway & Expressway Bridges
Perfect for high-traffic corridors requiring exceptional load capacity and controlled movement.
Railway Overpasses
Engineered to handle the combined dynamic forces of vehicular and rail traffic with superior stability.
Urban Flyovers & Interchanges
Ideal for complex structural configurations in confined spaces requiring precise movement control.
Our Completed Projects
Explore our diverse range of successful projects.
Explore Our Products
At CECO, we understand the importance of products that provide structural integrity.
Take a look at other products manufactured by us.
High Damping Rubber Bearings
High Damping Rubber Bearings are designed to provide exceptional seismic protection for critical infrastructure like bridges, buildings, and industrial facilities in seismic zones.
Fluid Viscous Dampers
Fluid viscous dampers play a crucial role in enhancing the resilience of infrastructure projects by effectively mitigating seismic forces and providing stability, and safety.
Lead Rubber Bearings
Lead Rubber Bearings represent the gold standard in seismic isolation technology, combining laminated rubber with a central lead core for maximum energy dissipation.
Elastomeric Bearings
Manufactured to British BS 5400 Standard, AASHTO, and European EN 1337 specifications, these bearings offer the most economical solution for large-span bridges and buildings.
Tuned Mass Dampers
Tuned Mass Dampers reduce structural vibrations in high-rise buildings and bridges, ensuring safety, comfort, and structural integrity against wind, seismic activity, and dynamic loads.
Expansion Joints
Expansion joints are essential components designed to safely absorb temperature-induced expansion and contraction of building materials while holding parts together.
Understanding the Power of Velocity-Dependent Damping Mechanisms
How Fluid Viscous Dampers Enhance Structural Resilience
Our fluid viscous dampers utilise advanced technology to provide exceptional damping performance.
The Mechanics Behind Velocity-Dependent Damping
These dampers adjust their resistance based on the speed of movement, ensuring optimal performance.
Applications of Fluid Viscous Dampers in Infrastructure
Ideal for retrofitting buildings and bridges, they enhance safety during seismic events.
Explore Our Cutting-Edge Structural Solutions
CECO Infratech pioneers revolutionary structural movement solutions that protect critical infrastructure from nature's forces. Our innovative technologies, from Friction Pendulum Bearings to Tuned Mass Dampers, represent 30 years of engineering excellence and define industry standards. We don't just create products—we engineer safety systems that safeguard communities while ensuring infrastructure longevity.
Reliable Expansion Joints for Structural Integrity and Longevity
Precision-engineered expansion joints that accommodate structural movement while preventing damage from temperature fluctuations, traffic loads, and seismic activity.
High-Performance Bearings for Smooth Operation
Advanced bearing solutions that support massive loads while allowing controlled movement, ensuring infrastructure longevity and operational efficiency in demanding environments.
Vibration Control Devices for Stability and Cost-Effectiveness
Cutting-edge damping technology that minimizes structural vibrations, enhancing stability of tall structures and improving comfort for occupants and users.