Seismic Stories

https://www.tiantiebuilding.com/products/seismic-hangers.html Seismic hangers from Tiantie are a type of support system used in buildings to secure non-structural elements such as pipes, ducts, and electrical conduits during seismic events. They are designed to allow these systems to move without causing damage or disconnection, thus maintaining the integrity of the building's mechanical, electrical, and plumbing (MEP) systems during and after an earthquake.

https://www.tiantiebuilding.com/products/natural-rubber-bearing.html A natural rubber bearing is a type of seismic isolation bearing for buildings. It is made from natural rubber material that is used to reduce vibration and noise in machinery and equipment.

Ocean bottom acquisition is a marine seismic acquisition approach in the latest decades, ocean bottom seismic is high-quality, cost-effective acquisition technology that offers the best quality seabed solutions for a range of environments.

https://www.tiantiebuilding.com/products/seismic-isolators-for-buildings/ Seismic isolator bearing decouples the structure from its foundation during an earthquake by demonstrating high stiffness performance in vertical direction and softness in horizontal direction (shear and deformation and damping),serves the function of building isolation.

Seismic geophones

https://www.tiantiebuilding.com/products/friction-dampers.html When two contacting surfaces move relative to each other, Tiantie's advanced friction dampers generate a frictional force opposite to the direction of motion. This force effectively converts the building's vibrational energy into heat, dissipating it efficiently. Our state-of-the-art friction dampers are designed to enhance structural resilience and ensure optimal energy dissipation, providing superior protection and stability for your projects.

https://www.tiantiebuilding.com/products/eddy-current-dampers.html An eddy current damping system is composed of mass blocks, rigid connecting elements, elastic elements, linear bearing guide elements with less friction and eddy current as damping elements. Features of Eddy Current Dampers No friction The loss of the whole structure is reduced. Stable performance The service life is the same as that of the architectural design Application of Eddy Current Dampers Footbridges, long-span steel box bridges over 40 meters, flexible bridges, arch bridge suspenders and other bridge structures

This wireless seismic geophone is a cable-free seismic data acquisition system for the oil and gas industry.

Seismic cables

https://www.tiantiebuilding.com/products/seismic-hangers.html Seismic Hangers Seismic hangers from Tiantie are a type of support system used in buildings to secure non-structural elements such as pipes, ducts, and electrical conduits during seismic events. They are designed to allow these systems to move without causing damage or disconnection, thus maintaining the integrity of the building's mechanical, electrical, and plumbing (MEP) systems during and after an earthquake.

Seismic cables

To collect seismic data installing a wireless seismic geophone is the best option.

https://www.tiantiebuilding.com/products/two-way-anti-seismic-support-hanger.html By implementing seismic fortification of the electromechanical pipelines and equipment inside the building, a seismic support facility with seismic force as the main load is installed between the building structure and the electromechanical pipelines and equipment. When an earthquake with seismic fortification intensity in the region occurs, it can reduce earthquake damage, ensure the normal operation of internal mechanical and electrical equipment, reduce and prevent secondary disasters as much as possible, thereby achieving the purpose of reducing casualties and property losses.

https://www.tiantiebuilding.com/products/seismic-hangers.html Seismic hangers from Tiantie are a type of support system used in buildings to secure non-structural elements such as pipes, ducts, and electrical conduits during seismic events. They are designed to allow these systems to move without causing damage or disconnection, thus maintaining the integrity of the building's mechanical, electrical, and plumbing (MEP) systems during and after an earthquake.