Engineered to handle extreme vertical loads from 1,000 kN to over 200,000+ kN, our pot bearings provide a precisely controlled, fixed rotational center through a confined elastomeric disc. This robust, low-maintenance design ensures decades of reliable service. Custom-engineered for your project to fully comply with AASHTO, EN, BS, AS, and IRC standards.
Engineered to handle extreme vertical loads from 1,000 kN to over 200,000+ kN, our pot bearings provide a precisely controlled, fixed rotational center through a confined elastomeric disc. This robust, low-maintenance design ensures decades of reliable service. Custom-engineered for your project to fully comply with AASHTO, EN, BS, AS, and IRC standards.
As the definitive passive seismic isolation solution, our Lead Rubber Bearing (LRB) Isolator integrates a high-damping lead core within a multi-layer elastomeric system. It provides unparalleled energy dissipation, accommodates large displacements while maintaining stable vertical support, and ensures long-term reliability for bridges, critical buildings (hospitals, schools, data centers), and strategic assets like LNG terminals and nuclear facilities in high-seismic regions.
Combining supreme load capacity with friction-free spherical rotation, these bearings deliver unmatched performance and durability for landmark bridges and seismic-resilient structures, with fully customized engineering for your vision.
Providing superior seismic isolation for bridges and critical structures, HDRB bearings ensure long-term performance stability, exceptional energy dissipation, and enhanced safety through cutting-edge elastomeric technology.
Designed for high-intensity seismic zones and structures with demanding displacement requirements, the Friction Pendulum Bearing combines low-friction sliding performance with exceptional vertical load capacity, ensuring long-term structural safety and operational reliability under extreme conditions.
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Our precision-engineered Viscous Fluid Dampers deliver superior seismic and wind-induced vibration control for critical infrastructure assets, utilizing advanced hydrodynamic technology to significantly extend structural service life while ensuring operational reliability under extreme dynamic loads.
Engineered to provide superior ductility and predictable hysteretic performance for building frames, our Buckling-Restrained Braces prevent global buckling to ensure stable, repeatable energy absorption, significantly reducing seismic damage and enhancing life safety.
Our products are widely used in various infrastructure projects
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