Steel Structure High Rise Building Office Building Residential
Building Commercial Center
Product Description
The skeleton of a steel structure high-rise building is made of
various types of steel. Steel beams and steel columns, as the main
load-bearing members, build a stable frame system through precise
methods such as welding and bolting. With its excellent tensile and
compressive strength, steel is like the tough bones of a building,
and can efficiently bear the huge vertical gravity load. Whether it
is the huge mass of the building itself or the live loads of
people, facilities and other buildings in the building, it can be
stably accepted. When responding to dynamic actions such as wind
and earthquake forces in the horizontal direction, steel structures
show excellent flexibility and toughness. The steel frame structure
itself has a certain deformation ability and can produce reasonable
displacement under the action of horizontal forces. Energy is
consumed through the elastic deformation of the structure to avoid
collapse caused by brittle failure. For example, in
earthquake-prone areas, steel structure high-rise buildings rely on
their good ductility to effectively reduce the damage caused by
earthquake disasters to buildings and provide a solid guarantee for
the safety of life and property.
Product parameters
Column & Beam | Welded or Hot rolled H-section |
Main Steel | Q355, Q235, Q355B, Q235B, etc. |
Connection method of steel structure | Welding connection or bolt connection |
Anti-rust protection | Hot-dip galvanized or anti-rust painting |
Purlin and girts | Cold-rolled C or Z steel, Q355 or Q235 |
Door | Rolled up door or Sliding door |
Wall & Roof | Sandwich panel or steel sheet. |
Surface | Hot-dip galvanized or painted |
Window | Plastic steel or Aluminum alloy window |
Product Advantages
Stable and reliable quality: Steel structural members are produced
in factories, and the quality can be strictly controlled during the
production process to ensure that the size accuracy and performance
of the members meet the design requirements. Compared with concrete
structures poured in situ, the quality of steel structures is more
stable and reliable, reducing quality problems caused by
construction technology and environmental factors.
Fast construction: Steel structural members are usually
prefabricated in factories and then transported to the construction
site for assembly. This industrial production method can greatly
shorten on-site construction time and reduce uncertainties and
risks during the construction process. Compared with traditional
concrete structures, the construction period of high-rise buildings
with steel structures can be significantly shortened, and they can
be put into use faster and improve investment efficiency.
Product Application
Entrepreneurship incubation base: As a cradle for cultivating
start-ups, entrepreneurship incubation bases need office space that
can be quickly built and flexible. Steel structures just meet this
need and can be built in a short period of time, providing low-cost
office space for entrepreneurs. Moreover, as the settled companies
grow, the space can be adjusted and expanded at any time. For
example, a certain entrepreneurship incubation base adopts a steel
structure building and is divided into multiple independent office
rooms and shared office areas, providing diversified options for
entrepreneurial teams at different stages. It also sets up
functional areas such as public training rooms and road show
halls., promoting exchanges and cooperation among entrepreneurs.
Commercial complex: Take Shenzhen Ping 'an Financial Center as an
example. It integrates office, commerce, hotel and other functions.
The application of steel structures enables them to achieve complex
architectural shapes and ultra-large building scales, integrate
multiple commercial formats in limited urban space, become a
commercial landmark of the city, and drive regional economic
development.
packaging and shipping
FAQ
