Lead Core Bridge Rubber Bearing | Seismic Isolation Elastomeric Pad | Natural Rubber Material for Bridge Engineering

Load Transfer: Distributing vertical, horizontal, and rotational forces evenly across structures.

Seismic Isolation: Mitigating earthquake-induced vibrations by absorbing and dissipating seismic energy.

Vibration Damping: Reducing dynamic loads caused by traffic, machinery, or wind.

Structure: Comprises alternating layers of rubber and thin steel plates, significantly enhancing vertical load - bearing capacity while maintaining horizontal flexibility.

Application: Widely used in bridges, high - rise buildings, and large industrial structures.

Benefits: High durability, excellent load distribution, and long - term stability.

Structure: Integrates a lead core within a laminated rubber bearing, providing additional energy - dissipation capabilities.

Application: Ideal for seismic - prone regions, as the lead core deforms plastically during earthquakes to absorb energy.

Benefits: Superior seismic resistance, self - centering ability, and enhanced shock absorption.

Material: Made from natural rubber, offering high elasticity and good resilience.

Application: Suitable for low - to medium - load applications where environmental compatibility and cost - effectiveness are priorities.

Benefits: Excellent fatigue resistance, good performance at low temperatures, and eco - friendly.

Material: Utilizes synthetic rubbers (e.g., neoprene, EPDM) with customized properties.

Application: Preferred in harsh environments due to enhanced chemical resistance, weatherability, and aging resistance.

Benefits: High durability in extreme temperatures, resistance to ozone, UV, and chemicals.

Bridge Engineering: Supports bridge girders, absorbs traffic - induced vibrations, and accommodates thermal expansion/contraction.

Building Construction: Provides seismic isolation for high - rise buildings, reduces floor vibrations, and enhances structural stability.

Industrial Equipment: Cushions heavy machinery, minimizes operational vibrations, and protects equipment from damage.

Marine Structures: Used in docks and piers to withstand wave forces and vessel impacts.

High Elasticity: Rubber's natural flexibility allows for large deformations without permanent damage.

Cost - Effective: Lower installation and maintenance costs compared to metallic bearings.

Corrosion Resistance: Rubber is immune to rust and corrosion, extending service life in various environments.

Customizability: Dimensions, load - bearing capacity, and material properties can be tailored to specific project requirements.

Environmentally Friendly: Many rubber bearings are recyclable, reducing environmental impact.