Friction Pendulum Bearings (FPB), with their strong adaptability, high load-bearing capacity and reliable seismic isolation performance, are widely used in construction, transportation, energy, cultural relic protection and other fields. They are the first choice for seismic isolation in major projects, capable of accurately matching scene pain points and highlighting practical value.
Construction Engineering Field: Building a Solid Line of Defense for People's Livelihood and Public Safety
According to different architectural needs, FPB provides customized seismic isolation solutions to achieve dual improvement of safety and efficiency.
1. Key Public Buildings (Lifeline Projects)
Lifeline projects such as hospitals and schools have extremely high requirements for functional continuity after earthquakes. With their strong reset and low damage characteristics, FPB can ensure that buildings do not collapse and equipment remains intact after strong earthquakes, avoiding secondary disasters and casualties.
2. Super High-Rise and Long-Span Buildings
Super high-rise and long-span buildings have large loads and complex force conditions, making traditional seismic design high in cost and difficulty. The 10,000-ton level load-bearing capacity of FPB can adapt to complex working conditions, simplify structural design, reduce costs and improve safety.
3. Reinforcement of Cultural Relics and Historical Buildings
The reinforcement of cultural relic buildings needs to protect their original style. FPB is installed hidden between the foundation and the bottom of columns, without damaging the structure and style, which can not only improve the seismic capacity but also retain the value of cultural relics.
Transportation Infrastructure Field: Ensuring All-Weather Unimpeded Transportation Hubs
Transportation hubs such as cross-sea bridges and high-speed rail stations have great impact if damaged after earthquakes. FPB can adapt to temperature deformation and vehicle impact, resist seismic effects, reduce structural damage, and ensure rapid passage after earthquakes.
Energy and Industrial Facilities Field: Safeguarding the Safety Bottom Line of High-Risk Projects
High-risk facilities such as nuclear power plants and chemical plants are sensitive to vibration. FPB has high seismic isolation accuracy and precise reset, which can control vibration within a very small range, protect the safety of core equipment and structures, and meet strict safety standards.
Existing Building Renovation Field: Low-Cost Improvement of Seismic Grade
Old buildings have insufficient seismic performance. Traditional reinforcement is high in cost and long in construction period. FPB can quickly improve the seismic grade by local installation, with short construction period, low cost and no impact on the normal use of buildings.