Elastomeric Bearing
Design Principle
IEC’s elastomeric bearings are designed to transfer loads between structural elements while accommodating small movements and rotations caused by temperature variations, traffic loads, and seismic forces. Constructed with layers of high-quality elastomer bonded to steel reinforcement, these bearings ensure flexibility and durability. The design principles emphasize reliability under dynamic conditions while maintaining structural integrity over the long term.
Suitable Applications
Quality&Features
IEC’s elastomeric bearings are a testament to its commitment to quality and performance. The company has achieved CE certification, reflecting its adherence to stringent international standards. The bearings are rigorously tested according to AASHTO and ASTM protocols, ensuring they meet the demands of various environments and load conditions. This quality has been verified in numerous overseas projects, such as those in Papua New Guinea, Malaysia, and Bangladesh, where IEC’s bearings have demonstrated exceptional performance under diverse and challenging conditions. Features such as resistance to environmental degradation, adaptability to multi-directional movement, and options for sliding PTFE surfaces or side stops make IEC’s elastomeric bearings a preferred choice for critical infrastructure.
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