Environmental Friendly Prefabricated Light Structural Steel
Structure Construction for Sale
Company Profile
Ⅰ, Performance advantages
一. Structure and safety performance
1.High strength and lightweight
The strength of steel is much higher than traditional building
materials such as concrete and bricks. Under the same load, the
cross-section of the components is smaller and the self weight is
lighter, which can achieve large-span building layout while
reducing foundation load and cost.
2.Excellent seismic and wind resistance performance
Steel structures have good toughness and strong ductility, which
can effectively absorb seismic energy and reduce the risk of
structural collapse; Lightweight also enhances its resistance to
wind loads and significantly improves its safety factor.
3.Fire resistance and anti-corrosion performance
By applying fireproof coatings and using anti-corrosion coatings
(such as hot-dip galvanizing), the fire resistance limit
requirements (such as GB standards) can be met and the
anti-corrosion life can be extended, reducing maintenance costs in
the later stage.
二. Function and comfort
1.Thermal insulation, sound insulation, and waterproofing
Can be paired with insulation materials (such as rock wool, glass
wool) to achieve efficient insulation; Combining sound insulation
panels (such as gypsum board and laminated glass) to enhance the
sound insulation effect; The roof adopts specialized waterproofing
membrane or self waterproofing design to achieve "no leakage".
2.High space utilization rate
The integrated design of beams and tiles reduces the redundant
structure of traditional buildings, with a regular internal space
that can be flexibly divided into functional areas to improve
efficiency.
三. Durability and maintenance
1.Long service life
Under reasonable design and maintenance, the service life of steel
structure factory buildings can reach over 50 years, far exceeding
that of ordinary brick and concrete structures.
2.Low maintenance cost
The characteristics of periodic maintenance of anti-corrosion
coatings and detachable replacement of components reduce the
difficulty and cost of long-term maintenance.
Ⅱ, Cost effectiveness
一. Initial investment savings
1.Low basic investment
Lightweight reduces the cost of foundation treatment, especially
suitable for soft soil foundations or complex geological
conditions.
2.Short construction period
Prefabrication of steel components in factories (such as columns,
rafters, and supporting components) only requires bolt assembly on
site, which shortens the construction period by 30% to 50% compared
to traditional buildings and significantly reduces labor and
management costs.
二. Low operating costs in the later stage
1.Energy saving
Efficient insulation performance reduces air conditioning energy
consumption, making long-term operation more economical.
2.High recycling value
The steel structure can be dismantled, relocated or recycled as a
whole, with a material recycling rate of over 90%, reducing
construction waste and environmental pollution, in line with the
concept of green building.
Ⅲ, Construction and design advantages
一. Industrial production and standardized installation
The main components (columns, beams, etc.) are prefabricated
according to international standards (such as GB, IS standards),
and the end plate bolts are connected to ensure accuracy. The
construction quality is controllable, reducing on-site errors and
rework.
The shape of the components is flexible and adjustable (such as
H-beams and box girders), meeting different span, load, and
appearance requirements, with strong plasticity.
二. Flexible layout and exterior design
No load-bearing wall restrictions, can be designed with open large
spaces, suitable for diverse functions such as production lines and
warehousing; The appearance can be personalized through coatings
and panel finishes, which are aesthetically pleasing and highly
compliant.
Ⅳ, Application scenarios
Steel structure factory buildings are widely used in industrial
plants, warehouses, logistics centers, exhibition halls, sports
venues and other large-span, high space demand scenarios,
especially in projects with high construction efficiency, seismic
requirements and environmental standards, with significant
advantages.
