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Steel Structure Building
Created with Pixso. Factory Prefabricated Rapid Construction Steel Structure Buildings

Factory Prefabricated Rapid Construction Steel Structure Buildings

Brand Name: KXD
Model Number: Q355, Q235
MOQ: 500 Square Meters (MOQ)
Price: US$20.00-60.00
Delivery Time: 25 days
Payment Terms: L/C,T/T
Detail Information
Place of Origin:
Qingdao,China
Certification:
SGS, BV
Accessibility:
Public Transportation
Walltype:
Steel Panels Or Sandwich Panels
Steel Structure:
H Steel
Advantage:
Lightweight
Packaging Details:
Steel Pallet
Supply Ability:
100000 ton/month
Highlight:

20ft workforce housing

,

20ft workforce program housing

,

modular workforce housing

Product Description



Detail Information
Place of Origin:
Qingdao,China
Certification:
SGS, BV
Eco-Friendly:
Yes
Material:
Steel
Fire Resistance:
High
Strength:
Strong
Weather Resistance:
High
Customization:
Available
Packaging Details:
Ocean Freight, Nude Cargo
Supply Ability:
10000 Ton Monthly
Highlight:

steel commercial metal buildings

Product Description

Basic Info.

Model NO.
KXD-2019002
Product Traceability
IQC
Welding Process
Fillet Welding
QC Certificate
SGS, BV
Window
Aluminium Alloy Sliding Window
Door
Sandwich Panel Door or Roll up
Steel Grade
Q235B
Service
Turnkey Solution
Delivery Time
35days
Installation
35 Days
Roof
Sandwich Panel or Metal Sheet
Wall
Sandwich Panel or Metal Sheet
Roof Support
C Purlin or Z Purlin
Coating
Galvanized or Painting
Transport Package
Ocean Freight, Nude Cargo
Specification
Custom size
Trademark
KXD
Origin
Qingdao, China
HS Code
7308900000
Production Capacity
10000 Ton Monthly

Product Description

Factory Prefabricated Rapid Construction Steel Structure Buildings



 

Ⅰ. Steel Structures: The Performance Benchmark for a New Generation of Buildings, Unlocking Full-Life-Cycle Project Value


Amid the ongoing transformation of the construction industry toward efficiency, low carbon footprint and customization, steel structures are emerging as the mainstream alternative to traditional structural systems, thanks to their superior material performance and industrialized construction logic.

They are no longer confined to the single role of load-bearing components. Instead, with their core capabilities of full-scenario adaptability and full-life-cycle cost reduction, steel structures provide brand-new solutions for project development across sectors such as industry, commerce and civil applications.

 


Ⅱ. Core Performance: Four Major Breakthroughs Surpassing the Limitations of Traditional Buildings

Ultimate Load-bearing Capacity, Breaking Spatial Boundaries

Steel structures adopt high-strength alloy steel with a tensile strength more than 10 times that of ordinary concrete. For the same load-bearing requirement, the cross-sectional size of components is only 1/3 of that of concrete structures. This feature enables the creation of large-span column-free spaces — steel structure workshops with a span of up to 80 meters can accommodate heavy gantry cranes and automated production lines without intermediate column supports; logistics warehouses with a clear height of over 15 meters can be equipped with multi-layer three-dimensional shelves, increasing storage density by more than 40%. It perfectly addresses the pain points of traditional buildings such as excessive columns and low space utilization rate.

Disaster & Weather Resistance, Adapting to Complex Environments

The ductility and toughness of steel structures far exceed those of brick-concrete structures, with a seismic resistance rating of up to Grade 9, capable of withstanding deformation impacts caused by strong earthquakes. After dual treatment of hot-dip galvanizing and anti-corrosion paint, steel structures can be stably used in coastal areas with high salt spray and rainy areas with high humidity, boasting an anti-rust service life of up to 50 years. In addition, the steel structure roof adopts a modular drainage design combined with wind uplift resistant tile technology, which can withstand typhoons of up to Level 12 and bear a snow load of 500 kg per square meter in heavy snow regions. It completely eliminates the hidden risks of leakage and collapse that trouble traditional buildings.

Rapid Construction, Shortening Commissioning Cycles

Steel structures adopt the "factory prefabrication + on-site dry construction" mode. All components (steel columns, steel beams, roof purlins, etc.) are precisely processed in workshops with exclusive serial numbers, and can be directly spliced and assembled after being transported to the construction site. Without on-site pouring, curing or a large number of wet construction works, the main structure installation of a 10,000 ㎡ workshop only takes 25 days, shortening the construction period by more than 60% compared with concrete structures. For industrial projects pursuing fast commissioning and quick returns, steel structures can help enterprises enter the production phase 3–6 months in advance, seizing market windows of opportunity.

Low Carbon & Environmental Protection, Aligning with Dual Carbon Goals

Steel structures are green building materials throughout their entire life cycle: energy consumption in the production phase is only 40% of that of concrete structures, with no dust or sewage discharge; construction waste is reduced by 80% and on-site noise is lowered by 50 decibels during the construction phase; 100% of the steel can be recycled and reused in the demolition phase, with the recycling value reaching 70% of the original material cost. In addition, steel structure buildings can seamlessly integrate photovoltaic roofs and energy storage systems to achieve self-consumption of generated power and grid feed-in of surplus power. A 10,000 ㎡ workshop can generate up to 1.2 million kWh of electricity annually, helping enterprises reduce carbon emissions and improve their ESG ratings.



Ⅲ. Scenario-focused Solutions: Customized Offerings for Three Key Sectors

High-end Manufacturing: Tailored to Precision Production Needs

For high-end manufacturing industries such as new energy vehicles, semiconductors, and aerospace, we provide high-precision steel structure workshops. BIM (Building Information Modeling) technology is adopted to achieve precise alignment between equipment foundations and steel structures, with reserved openings for heavy equipment hoisting and dedicated pipeline corridors. The floor load capacity can reach up to 2000 kg/㎡, meeting the installation requirements of heavy-duty machine tools and production lines. Meanwhile, shock absorption and noise reduction designs are incorporated to minimize the impact of equipment operation on the structure, providing a stable spatial environment for precision production.

Commercial Complexes: Balancing Aesthetics and Practicality

For commercial projects including shopping malls, convention and exhibition centers, and gymnasiums, we create large-span steel structure spaces. Designs such as steel trusses and cable-membrane structures are employed to realize personalized forms like column-free large-span atriums and curved roofs, enhancing the aesthetics and customer attraction of commercial spaces. The lightweight nature of steel structures can reduce foundation construction costs, making them particularly suitable for construction in soft soil areas. The internal space can be flexibly divided to support subsequent business format adjustments, catering to the dynamic operational needs of commercial projects.

Rural Revitalization: Empowering Modern Agriculture and Cultural Tourism

For modern agricultural parks, we supply steel structure intelligent greenhouses and breeding sheds, integrated with temperature control, irrigation, and ventilation systems to enable the intelligent management of crops, livestock, and poultry. For rural cultural tourism projects, we develop light steel structure homestays and visitor centers, which feature attractive appearances and easy installation— a team of 4 people can complete the assembly of one homestay within 3 days. These structures do not damage the rural ecological environment, while also possessing wind and earthquake resistance capabilities to adapt to the complex climatic conditions in rural areas.



Ⅳ. Value-added Services: Full-chain Empowerment from Concept to Implementation

In-depth Preliminary Research

A professional team conducts on-site surveys, and combines the climatic conditions, geological parameters and functional requirements of the project location to issue a Project Feasibility Analysis Report. The report clarifies steel structure type selection, cost budget and construction period planning, avoiding problems such as blind design and later rework.

Digital Precision Design

BIM (Building Information Modeling) and finite element analysis technologies are adopted for 3D modeling and stress simulation of steel structures, accurately calculating the impact of wind loads, snow loads and seismic loads on the structure. Customized joint solutions are provided for customers' special needs (such as equipment hoisting and explosion-proof design), ensuring a perfect match between structural safety and application requirements.

Modular Delivery and Installation

After the components are produced, they are transported in batches according to the installation sequence to avoid on-site stacking chaos. The installation team is equipped with intelligent hoisting equipment and real-time monitoring systems to ensure that the splicing precision error of components is ≤ 1mm. Meanwhile, integrated delivery of structural installation, enclosure systems and supporting equipment is provided to reduce the coordination costs of multiple suppliers.

Full-life-cycle Operation and Maintenance Support

After project delivery, an exclusive operation and maintenance file is established, with 5-year free warranty plus lifetime technical consultation provided. Regular on-site inspections are conducted on the condition of steel structure anti-corrosion coatings and connection joints to identify potential hazards in a timely manner. For later renovation needs, free solutions for structural reinforcement and space expansion are offered, enabling the building to continuously appreciate in value with the development of the business.


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Factory Prefabricated Rapid Construction Steel Structure Buildings 1

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