Reliable Pot Bearings with Custom Specifications From China

• 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: Elevate your projects with the pinnacle of innovation that is our state-of-the-art horizontal force dispersed rubber bearings. These exceptional bridge components epitomize Suzhou Xinyu New Material Technology Co., Ltd.'s unwavering commitment to precision engineering and cutting-edge technology. Our bearings exceed stringent industry standards, aligning perfectly with rigorous European benchmarks, making them the prime choice for a diverse array of highways and municipal bridges. Masterfully crafted for seismic zones, they stand as the epitome of steadfast resilience and unrivaled reliability, particularly in regions with seismic intensities reaching up to 7 degrees (0.10g).
The LNR series heralds a groundbreaking leap in high-performance plate rubber bearings, born from a meticulous examination of established products like GYZ and GJZ. Our bearings encapsulate years of real-world insights and embrace the innovative 'horizontal force dispersion' principle. By elevating traditional laminated rubber bearings to unprecedented heights, the LNR series is meticulously designed to manage significant shear displacements, ensuring robust and secure connections between main beams and piers. This ingenious design ensures the upper bridge framework seamlessly channels loads to the lower structure with unmatched efficiency. It also expertly distributes horizontal forces along the alignment, enabling piers to synchronize effortlessly in countering these forces, thereby setting a new benchmark for structural integrity and exceptional performance.