Steel Frame Bracing High Building

Steel Frame Bracing High Building is a super high-rise building composed of a dual lateral force-resisting structural system.

As super high-rise buildings are significantly affected by natural conditions such as wind pressure and earthquakes, a stable structure is required to resist horizontal loads, which is why the steel frame-bracing system has been adopted.

The steel frame primarily bears vertical loads, while the bracing system resists most horizontal shear forces. The two components work synergistically to form multiple seismic fortification lines, delivering the safety and stability essential for super high-rise buildings.

EHSS is a professional steel structure manufacturer with more than 180 patented technologies.

We meet the requirements of various steel structure buildings and can deliver practical yet aesthetically pleasing steel structure solutions for you.

The main body of the Steel Frame Bracing High Building consists of a rectangular grid frame combined with diagonal or cross bracing, forming a stable triangular system that transfers horizontal forces directly to the foundation.

The resulting Steel Frame Bracing High Building offers numerous advantages and is widely suitable for high-rise and super high-rise office buildings, hotels and residential buildings in seismic and strong wind zones.

√ High seismic reliability

√ Exceptional lateral force resistance

√ Economical steel usage

√ Flexible layout design

√ Fast construction speed

Project Experience

Located at No. 230 Shenzhen Road, Laoshan District, Qingdao, the Tanxiangwan Building is a Steel Frame Bracing High Building project undertaken by EHSS. The main body consists of a 25-story tower and a 19-story slab building, reaching a height of approximately 89.4 meters.