
Lead Bridge Bearing for Earthquake Resistance
Hengshui Jingtong Rubber Co., Ltd.- Rolling Body:Roller Bearings
- The Number of Rows:Multi-column
- Outer Dimension:Medium and Large(120-190mm)
- Material:Steel Structure
- Spherical:Non-Aligning Bearings
- Load Direction:Radial Bearing
Base Info
- Model NO.:Lead bridge bearing 010
- Separated:Unseparated
- Main Material:Rubber+Steel Structure+Lead Core
- Size:Customized
- Finish:Spray, Galvanized
- Color:Grey, Yellow, Red
- Load:Accoring to Drawing
- Types:Customized
- Offer:Drawing
- Factory Location:Hegnshui, China
- Business Type:Factory Manufacturer
- Name and Mark:Jingtong Rubber
- Usage:Bridge Construction
- Certification:BV, CE, ISO, SGS
- Customized:Customized
- Transport Package:Plastic Bag, Then Pallet Delivery
- Specification:SGS, CE
- Trademark:HENGHSUI JINGTONG
- Origin:Hengshui City, China
- HS Code:7604299000
- Production Capacity:20 Set, 12 Hours, One Production Line.
Description
Basic Info.
Model NO. Lead bridge bearing 010 Separated Unseparated Main Material Rubber+Steel Structure+Lead Core Size Customized Finish Spray, Galvanized Color Grey, Yellow, Red Load Accoring to Drawing Types Customized Offer Drawing Factory Location Hegnshui, China Business Type Factory Manufacturer Name and Mark Jingtong Rubber Usage Bridge Construction Certification BV, CE, ISO, SGS Customized Customized Transport Package Plastic Bag, Then Pallet Delivery Specification SGS, CE Trademark HENGHSUI JINGTONG Origin Hengshui City, China HS Code 7604299000 Production Capacity 20 Set, 12 Hours, One Production Line.Product Description
Description of lead bridge bearing:Lead rubber bearing, applied to building and bridge constructions, is a practical and cost-effective choice for seismic isolation. It is composed of laminated elastomeric bearing pad, top and bottom sealing & connecting plates and lead plug inserted in the middle of the bearing as shown in the following picture.
Components of lead bridge bearing:
Features of pot bridge bearing:
During the earthquake, the un-isolated building will vibrate back and forth in varying directions due to the inertial forces and result in deformation and damages of the building. In contrast, the base isolated building will also displace but remains its original shapes and avoid damages - that is because the lead rubber bearing effectively dissipates the inertial force upon the building, extends the building's period of vibration and decrease the acceleration of the building.
The lead plug will slid with laminated rubber during earthquake but convert this energy of movement to heat so that it efficiently reduces the inertial force upon the building, which slow the vibration of the building. Meanwhile, the rubber part will preserve its original shape due to high elasticity.