Structural Steel Frame Office Building Construction Industrial Prefabricated Factory Shed

Price Negotiable

Price: $30.00-$65.00

MOQ: 10-10000 square meters

Delivery Time: 20-30 works days

Brand: YDX

Product Description

Structural Steel Frame Office Building Construction Industrial Prefabricated Factory Shed

Metal Industrial Construction Building Steel Structure Framed Commercial Office Building

Material Characteristics and Properties

Steel Properties

High Strength: Steel has high tensile and compressive strength, enabling it to bear significant loads.
Lightweight: Compared to concrete structures, steel structures are lighter, reducing the burden on the foundation.
Ductility: Steel is easy to shape into various forms, meeting complex architectural design requirements.
Corrosion Resistance: Through surface treatments (e.g., galvanization, painting), steel can effectively resist corrosion.
Fire Resistance: Steel loses strength at high temperatures, requiring fireproof coatings or boards for protection.

Structural Features

Modular Design: Steel structure warehouses use prefabricated components, enabling quick assembly and disassembly.
Large Span Design: The high strength of steel allows for large-span designs, providing more internal space.
Seismic Performance: Steel's good ductility allows it to absorb energy during earthquakes, reducing structural damage.
Environmental Friendliness: Steel is recyclable, reducing construction waste and aligning with sustainable development principles.

Application Advantages

Fast Construction: Prefabricated components are factory-produced, and on-site installation is highly efficient.
High Space Utilization: Multi-story design maximizes land use efficiency.
Low Maintenance Costs: Steel structures are durable and require minimal maintenance.

Key Design Features

1. Rational Structural Design

Frame Systems: Utilize rigid or semi-rigid frame systems to ensure loads are evenly transferred through beams, columns, and joints.
Bracing Systems: Install horizontal bracing (e.g., shear walls, cross-bracing) and vertical bracing to enhance the overall stiffness and stability of the structure.
Load Distribution: Through calculations and optimization, ensure vertical loads (e.g., self-weight, equipment loads) and horizontal loads (e.g., wind, seismic loads) are evenly distributed across all components.

2. Node Design Optimization

Rigid Joints: Use welding or high-strength bolts to ensure joints have sufficient stiffness and strength, avoiding localized stress concentration.
Flexible Joints: In areas requiring deformation absorption (e.g., seismic zones), adopt flexible joint designs to allow controlled deformation while maintaining load uniformity.
Joint Reinforcement: Reinforce critical joints (e.g., adding stiffeners or gusset plates) to prevent them from becoming weak points in the structure.

3. Material and Component Selection

High-Strength Steel: Use high-strength steel to improve load-bearing capacity, reduce component size, and optimize load distribution.
Uniform Cross-Sections: Employ components with uniform cross-sections (e.g., I-beams, box girders) to ensure even stress distribution and avoid localized stress.
Prefabricated Components: Use factory-prefabricated components to ensure precise dimensions and quality, minimizing on-site installation errors.

4. Construction Quality Control

Precise Installation: Strictly follow design drawings to ensure accurate positioning, alignment, and connection of components.
Welding Quality: Conduct non-destructive testing (e.g., ultrasonic testing) on welds to ensure quality and prevent load imbalance caused by defects.
Load Testing: Perform load tests after construction to verify structural performance and load uniformity.

5. Monitoring and Maintenance

Real-Time Monitoring: Install sensors to monitor stress, deformation, and vibration, promptly identifying load imbalance issues.
Regular Maintenance: Conduct periodic inspections and maintenance, repairing damaged or aging components to ensure long-term load uniformity.

Steel Structure Building Specifications
1. Primary Framing	Box beam column, cross steel column, H-shaped steel column, steel beam
2. Secondary Framing	Galvanized Z and C sections purlin
3. Roof and Wall panels	Steel sheet and insulated sandwich panels (EPS, fiberglass wool and PU)
4. Steel Decking Floor	Galvanized steel decking board
5. Structural subsystem	Divider, gutter, awning, partition wall
6. Mezzanines, Platforms	Painted or galvanized H beam
7. Other Building Accessories	Sliding doors, roll up doors, aluminium windows, louvers, etc.
Service Life	50-70years
Support	Steel angle, steel pipe, steel round
Place of Origin	Qingdao, Shandong, China
Application	Workshop, warehouse, poultry house, garage etc
Grade	Q235B, Q355B or as per customer's need
Bolt Grade	M20, M16, M14 etc
Connection	Intensive bolt, ordinary bolt
Window	PVC steel or aluminum alloy
Downspout	PVC pipe or as per customer's request
Door	Sliding or rolling door
Purlin	C/Z shape profile
Panel	EPS/PU/fiber glass/rock wool
Main Frame	Welded or hot rolled H-shaped steel, columns, beams, box beams and columns

Drawings & Quotation:

Customized design is welcomed.
For accurate quotation and drawings, please provide: length, width, eave height and local weather conditions.

Steel structure fabrication factory with production lines

Our Steel Structure Fabrication Factory

We own three light/heavy H steel production lines, BOX production lines, C/Z purlin production lines and various types of profiling steel sheet machines with advanced equipment such as plasma cutting machine.

Steel structure building installation process

Installation Support

We provide shop drawings before installation.
If needed, we will teach installation in our factory or assemble a sample steel structure building for reference.

Steel structure components packing and loading

Packing & Loading

All components are well packed for ocean transportation in 40'HQ containers.
Professional loading using cranes and forklifts by skilled workers to prevent damage.

Steel structure building project requirements form

Project Requirements for Quotation

Item	Details Required
1	Location (where will be built?) _____country, area
2	Size: lengthwidthheight _____mm_____mm_____mm
3	Wind load (max. wind speed) _____kn/m2, _____km/h, _____m/s
4	Snow load (max. snow height) _____kn/m2, _____mm
5	Anti-earthquake _____level
6	Brickwall needed or not If yes, 1.2m high or 1.5m high
7	Thermal insulation If yes, EPS, fiberglass wool, rockwool, PU sandwich panels will be suggested; if not, the metal steel sheets will be ok
8	Door quantity & size _____units, _____(width)mm*_____(height)mm
9	Window quantity & size _____units, _____(width)mm*_____(height)mm
10	Crane needed or not If yes, _____units, max. lifting weight____tons; max. lifting height _____m