- 规格:
- 100*150*21
- 型号:
- gjz
- 材质:
- 天然橡胶
Function
> Plate-type rubber bearing is made by inlaying and bonding multiple layers of rubber sheets and thin steel plates. It has sufficient vertical stiffness to bear the vertical load and can reliably transmit the reaction force of the superstructure to the pier. The plate rubber bearing has excellent elasticity to adapt to the rotation of the beam end and the large shear. Shear deformation to meet the horizontal displacement of the superstructure.
>Two-plate rubber bearing
Features
> Plate-type rubber bearing
It has been widely used in the earthquake-resistant equipment of bridge construction, hydropower projects and houses. Compared with the original steel bearing, It has the advantages of simple structure, convenient installation, saving steel, low price, simple maintenance, and easy replacement. Moreover, the plate rubber bearing has low construction height, which is beneficial to bridge design and cost reduction. It has excellent seismic isolation effect and can reduce the cost of construction. The impact of live loads and seismic forces on buildings.
> Plate rubber bearing
The primary feature is that it can reliably transmit the reaction force of the upper structure of the bridge to the pier, and it can also adapt to the rolling of the beam end and the shear deformation of the rubber bearing. Elastic deformation of the girder caused by temperature difference. _ /Plate rubber bearing
Compared with the original steel bearing, it has obvious advantages, mainly reflected in its simple structure, less steel consumption, low building height, convenient installation and replacement, and long service life. Ability to adapt to various deformations of superstructures such as wide bridges, curved bridges, and inclined bridges. In addition, when various vehicles pass through the bridge, the _/plate rubber bearing can evenly distribute horizontal forces and absorb part of the vibration, thereby extending the life of the bridge.
Plate Bearing_Copy_Copy
Ordinary Round Bearing Copy_Copy
Bearing_Copy_Copy