Triple Friction Pendulum Bearing: All-Round Seismic Protection for Buildings
Do you know the all-round seismic isolation product that defends buildings against all earthquake levels? Choose the Multiple Curved Surface Slider, also known as Triple Friction Pendulum Bearing (TFPB), to protect your buildings and safeguard precious human lives. Manufactured by Hebei Luze New Material Co., Ltd., our premium TFPB fully meets global seismic safety standards and satisfies your highest structural security demands.
As a high-performance adaptive seismic isolator, the triple friction pendulum bearing stands out from traditional single and double curved surface sliders with its unique three-stage variable stiffness design. Featuring three independent friction sliding interfaces and four curved surfaces, the TFPB delivers precise staged working performance: stiff and stable under wind loads and minor earthquakes, moderately damped during moderate shocks, and flexibly deformable to release pressure under severe earthquakes.
This all-round seismic product achieves full-range energy dissipation and ultra-large displacement capacity, effectively isolating seismic force and preventing irreversible damage to building main structures. Benefiting from reliable gravity self-centering mechanics, our TFPB leaves nearly no residual displacement after earthquakes, greatly reducing post-earthquake repair costs and ensuring long-term structural stability.
Adopting high-strength steel, polished stainless steel sliding surfaces and wear-resistant PTFE friction pads, Hebei Luze's TFPB features excellent durability, corrosion resistance and stable mechanical performance. Compliant with EN15129 and Eurocode 8 standards, it is widely applicable for high-rise buildings, long-span bridges, medical facilities, data centers and critical lifeline infrastructure.
When structural safety and life protection matter most, Hebei Luze New Material's Triple Friction Pendulum Bearing provides trustworthy all-round seismic defense, maximizing building safety and guarding human security in earthquake-prone areas.
