Leveled Sliding Bearing LNR(H)-d320×118 (Sliding Type)

Horizontal Force Dispersing Bearing LNR(H)-d320×118 (Sliding Type) Factory Self-Produced, Reliable Quality

The horizontal force dispersing rubber bearing is a seismic isolation device used in engineering structures such as buildings or bridges. It is primarily used to disperse and absorb horizontal forces, such as seismic forces and wind loads.

The horizontal force dispersing rubber bearing consists of multiple rubber laminates Horizontal Force Dispersing Bearing LNR(H)-d320×118 (Sliding Type) Factory Self-Produced, Reliable Quality, which are connected by metal plates. When subjected to horizontal forces, the rubber laminates can deform and absorb the horizontal forces, dispersing them to various parts of the bearing. This reduces the horizontal forces acting on the structure, minimizes the structural vibration response, and enhances the seismic performance and safety of the structure.

The horizontal force dispersing rubber bearing has the following characteristics:

1. High horizontal force bearing capacity: Due to the use of multiple rubber laminates connected by metal plates Horizontal Force Dispersing Bearing LNR(H)-d320×118 (Sliding Type) Factory Self-Produced, Reliable Quality, the bearing can effectively disperse and withstand horizontal forces, ensuring the stability and safety of the structure.

2. Energy absorption and dissipation: The elastic properties of the rubber laminates allow them to absorb and dissipate vibrational energy, reducing the amplitude of structural vibrations and minimizing structural stress and damage.

3. Adjustability: Depending on specific engineering requirements, parameters such as the number and thickness of rubber laminates can be adjusted to control the stiffness and damping effect of the bearing.

Horizontal force dispersing rubber bearings are widely used in high-rise buildings, bridges, subway tunnels, and other engineering projects, especially in earthquake-prone areas. They effectively reduce the horizontal forces acting on the structure, minimize vibration responses, provide a certain degree of seismic isolation, and protect the structure from damage caused by earthquakes and other horizontal forces.