Premium Suzhou Plant Pot with Custom Specifications for Global Buyers

• 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: Discover the apex of engineering excellence with our LNR Series horizontal force dispersed rubber bearings. These cutting-edge bridge components define a new standard in precision and innovation. Crafted to surpass stringent industry benchmarks, these remarkable products comply with the highest European standards, positioning them as the premier choice for a myriad of highways and municipal bridges. Custom-engineered for seismic-prone regions, these bearings deliver steadfast resilience and dependability in locales with seismic intensities of up to 7 degrees (0.10g), ensuring paramount safety and longevity in critical areas.
The LNR Series ushers in a revolutionary advancement in high-performance plate rubber bearings. Developed through a comprehensive analysis of existing products like GYZ and GJZ, these bearings are infused with extensive practical experience and the innovative 'horizontal force dispersion' principle. By transforming the capabilities of traditional laminated rubber bearings, the LNR Series is meticulously engineered to accommodate significant shear displacements while maintaining strong connections between the main beam and piers. This pioneering design guarantees that the upper bridge framework efficiently channels loads to the lower structure with outstanding proficiency. It also seamlessly distributes horizontal forces along the visual path, allowing the piers to synergize effectively to counteract these forces, achieving an extraordinary level of structural integrity and performance.