Premium Custom Pot Bearing From Suzhou Plant - Szxyxc Specifications

• Customization: Available
• After-sales Service: Technical Guidance
• Warranty: 1 Year
• Model NO.: LRB
• Certification: DIN, JIS, GB, BS, ASTM, AISI
• Usage: Beam Bridge, Highway Bridge, Railroad Bridge
• Structure: Laminated Rubber Bearing
• Material: Rubber Bearing
• Activity: Multi Direction Movable Bearing
• Transport Package: as Request
• Specification: Customized
• Trademark: SZXYXC
• Origin: Suzhou, China
• HS Code: 4016999090
• Production Capacity: 1 Million Pieces/Year

Product Description

Captivating and Engaging Product Introduction
Comprehensive and Detailed Description:
Introducing the LNR Series: Step into the future of engineering excellence with our avant-garde horizontal force dispersed rubber bearings. These remarkable bridge components exemplify our relentless pursuit of cutting-edge innovation and meticulous engineering. Crafted with precision to meet the highest industry standards and robust European benchmarks, they are the quintessential choice for an extensive range of highways and municipal bridges. Specially engineered for deployment in seismic regions, these bearings boast unparalleled resilience and dependability, adeptly designed to endure seismic intensities up to 7 degrees (0.10g). Count on their unwavering performance to deliver extraordinary stability and safety for your infrastructure projects.
The LNR series signifies a revolutionary leap in the domain of high-performance plate rubber bearings. Developed from an exhaustive analysis of existing products such as GYZ and GJZ, these bearings fuse years of practical expertise with the revolutionary 'horizontal force dispersion' principle. This groundbreaking innovation elevates traditional laminated rubber bearings to uncharted heights, with a design finely engineered to manage substantial shear displacements while securing robust connections between the main beam and piers. This trailblazing design ensures that the upper bridge framework proficiently transfers loads to the lower structure, while adeptly distributing horizontal forces within the field of view, enabling the piers to work in concert to counteract these forces, thereby achieving an unrivaled level of structural integrity and performance.