The company has over 1500 high-quality hardware products, including vibration reduction and isolation, embedded channels, seismic support and hanger, prefabricated support and hanger, engineering embedded parts, prefabricated parts, and fastening connectors. Research and development, design, production, sales, and services of building materials, providing full lifecycle solutions for urban rail transit, urban comprehensive pipe corridors, prefabricated buildings, and large-scale public construction projects.

The company has over 1500 high-quality hardware products, including vibration reduction and isolation, embedded channels, seismic support and hanger, prefabricated support and hanger, engineering embedded parts, prefabricated parts, and fastening connectors. Research and development, design, production, sales, and services of building materials, providing full lifecycle solutions for urban rail transit, urban comprehensive pipe corridors, prefabricated buildings, and large-scale public construction projects.

The company has over 1500 high-quality hardware products, including vibration reduction and isolation, embedded channels, seismic support and hanger, prefabricated support and hanger, engineering embedded parts, prefabricated parts, and fastening connectors. Research and development, design, production, sales, and services of building materials, providing full lifecycle solutions for urban rail transit, urban comprehensive pipe corridors, prefabricated buildings, and large-scale public construction projects.

The company has over 1500 high-quality hardware products, including vibration reduction and isolation, embedded channels, seismic support and hanger, prefabricated support and hanger, engineering embedded parts, prefabricated parts, and fastening connectors. Research and development, design, production, sales, and services of building materials, providing full lifecycle solutions for urban rail transit, urban comprehensive pipe corridors, prefabricated buildings, and large-scale public construction projects.

The spring isolation system consists of springs, damping, and mass, where springs (generally referred to as) and damping are key components of the elastic foundation ·Steel spring isolators have low system frequency, high elasticity, large bearing capacity, accurate parameters, and long service life, making them ideal vibration reduction and isolation products

Detail

The outer sleeve is embedded in the concrete track plate, and the load of the track plate is transmitted to the inner sleeve through the height adjustment and locking device. The metal spring in the inner sleeve provides elasticity in the floating plate system. The mass of the track plate and the elasticity of the metal spring can convert some vibration energy, reducing the transmission of vibration generated by train operation to the lower foundation.

Detail

As the foundation isolation system of buildings, steel spring isolators have a vertical natural frequency of only 3-5 hertz, which not only effectively eliminates the transmission of structural noise. ·Can attenuate vibration by more than 80%.

Detail

The main function of using spring dampers on mechanical equipment is to isolate the transmission of vibration, so that the vibration of the vibrating body is not transmitted to the isolated object, which can reduce the interference and noise generated by equipment vibration on the surrounding environment.

Detail

With the rapid development of urban rail transit, while solving the problem of traffic congestion in densely populated urban areas, it has also caused vibration effects on the surrounding environment of the rail. In order to solve the above problems, steel spring isolators and steel spring floating plate vibration reducing tracks have been proposed under the track bed.

Detail

Add another layer of floating concrete slab on the floor of the room structure, and use vibration isolation elements to support the floating, forming a floating slab. The thickness of the floating concrete slab is generally between 130-200mm, and the gap between it and the floor of the room structure is generally 30-50m.

Detail

Add another layer of floating concrete slab on the floor of the room structure, and use vibration isolation elements to support the floating, forming a floating slab. The thickness of the floating concrete slab is generally between 130-200mm, and the gap between it and the floor of the room structure is generally 30-50m.

Detail