Expansion Joints: Engineering Durability in Structural Movement Solutions
At CECO, we've been designing and manufacturing high-quality expansion joints since 1989, providing reliable solutions that ensure a stress-free structure and smooth riding experience
Engineered for Structural Movement & Longevity
CECO's comprehensive range of expansion joints accommodates structural movement caused by temperature variations, seismic activity, and traffic loads. From specialized expansion joints for earthquake-prone regions to advanced modular systems for complex infrastructure, CECO delivers solutions that prevent cracking, extend structural life, and ensure operational continuity across bridges, buildings, and critical infrastructure
Unmatched Expertise
With over 30 years of experience in structural engineering solutions, CECO brings deep technical knowledge to every expansion joint application. Our team understands the complex dynamics of structural movement and designs solutions that perform reliably under the most demanding conditions, from highway bridges experiencing heavy traffic loads to high-rise buildings subject to wind and seismic forces.
Quality Assurance
Every expansion joint is manufactured to international standards including EN 1337 and undergoes rigorous testing for durability, weather resistance, and load-bearing capacity. Our ISO 9001 certified processes ensure consistent quality, while CE marking provides additional assurance of European compliance standards for critical infrastructure applications.
Innovative Solutions
CECO's expansion joints incorporate cutting-edge materials and design innovations tailored for various environmental conditions. Our solutions address unique challenges such as extreme temperature variations, exposure to water, and high seismic activity, ensuring long-term performance with minimal maintenance requirements across diverse infrastructure projects.
Explore Our Expansion Joints
From highway bridges handling heavy traffic loads to elevated metro tracks accommodating thermal variations, our expansion joints maintain structural integrity while absorbing the forces that could otherwise compromise your infrastructure
Modular Expansion Joints
Consistent Performance Across All Conditions
Movement Accommodating
Precisely engineered systems that handle multi-directional movements without compromising structural connections.
Load Distributing
Optimized designs that transfer loads smoothly while maintaining joint alignment and functionality
Slab Seal Expansion Joints
Unmatched Durability in Structural Movement Solutions
Weather-Resistant
High-performance elastomers resist UV radiation, ozone attack, temperature fluctuations, and abrasion
Water Resistant
Complete watertight sealing protects substructure from corrosion and deterioration
Single Strip Seal Expansion Joints
Intelligent Solutions that Move with the Structure
Noise Reducing
Optimized joint geometry minimizes noise and vibration transmission, significantly enhancing vehicle ride comfort and reducing environmental disturbance in urban flyover applications
Easily Maintainable
Innovative design allows seal replacement without dismantling steel edge beams, ensuring quick inspection, reduced maintenance costs, and extended system service life
Discover the Essential Advantages of CECO's Expansion Joints
CECO's expansion joints are engineered to provide superior performance in accommodating structural movements while maintaining structural integrity. Our solutions combine advanced materials science with proven engineering principles to deliver reliable, long-lasting performance that protects your infrastructure investment.
Superior seismic resilience
Cost-effective performance
Exceptional durability and longevity
Proven Performance of Our Expansion Joints
CECO's expansion joints provide superior protection against environmental factors and structural stresses, significantly extending infrastructure lifespan and reducing maintenance requirements
Reduction in maintenance costs compared to conventional joint systems
Nearly perfect water protection even during extreme weather events