Large Bridge Construction Rotation Spherical Hinge Bearing 250MN Highway Engineering Spherical Hinge Bearing

250MN Spherical Hinge Bearing for Large Bridge Construction in Highway Engineering

Introduction to the Construction of 250MN Spherical Hinge Bearing for Large Bridge Construction in Highway Engineering

In highway engineering, the 250MN spherical hinge bearing for large bridge construction is a critical device used to support the bridge's weight and provide smooth, precise rotation during the bridge rotation construction process. Below is a detailed introduction and key construction points regarding the 250MN spherical hinge bearing:

1. Product Overview

1. Model Meaning:

   • 250MN: Indicates the design bearing capacity of the spherical hinge is 250 meganewtons 250MN Spherical Hinge Bearing for Large Bridge Construction in Highway Engineering (approximately 25,500 tons).
   • Spherical Hinge: A hinged device used in bridge rotation construction, consisting of upper and lower spherical hinges, sliding materials, sealing devices, etc.

2. Main Structure:

   • Upper Spherical Hinge: Connects to the upper structure of the bridge and rotates with the bridge.
   • Lower Spherical Hinge: Connects to the lower structure of the bridge and remains fixed.
   • Sliding Material: Typically made of polytetrafluoroethylene (PTFE) or stainless steel plates 250MN Spherical Hinge Bearing for Large Bridge Construction in Highway Engineering to reduce friction and ensure smooth rotation.
   • Sealing Device: Prevents dust and impurities from entering the spherical hinge, which could affect rotation performance.

3. Main Functions:

   • Supports the weight of the bridge and transfers the load to the lower structure.
   • Provides the rotational function required for bridge rotation construction, 250MN Spherical Hinge Bearing for Large Bridge Construction in Highway Engineering ensuring the bridge can be precisely rotated to the designed position.
   • Accommodates minor displacements and deformations during bridge construction.

4. Applicable Scenarios:

   • Bridge rotation construction in highway projects crossing complex terrains such as railways, roads, and rivers.