Heavy Gauge Peb Industrial Steel Structure Pre-Engineered Building Construction

Customization: Available
Size: According to Customers' Requirement
MOQ: 200m2

Product Description

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Basic Specifications

Model NO.
SSW1496
Application
Farm Storage
Color
White/Grey/Blue/Red
Color Reference
Ral
Engineering Team
20 Members
Quality Control
Daily Inspection
Life Cycle
50 Years
Construction Period
60 Days
Steel Grade
High Strength Steel
Component
Steel Column, Beam, Truss
Production Capacity
2000ton/Month
Specification
SGS / ISO/ BV

Product Overview

What is a Pre-Engineered Steel Building?

Pre-engineered steel buildings are structural concepts utilizing primary members, secondary members, and roof/wall sheeting connected to various building components. These structures can be integrated with skylights, turbo vents, crane systems, and mezzanine floors based on specific requirements. They are custom-designed to be lighter in weight yet high in strength.
Industrial Steel Structure Model

Versatile Applications

Pre-engineered buildings (PEBs) offer flexible solutions with low cost and fast erection. Key applications include:
  • Industrial: Factories, Workshops, Warehouses, Cold Storages, Assembly Plants.
  • Commercial: Showrooms, Supermarkets, Shopping Centers, Exhibition Halls, Logistic Centers.
  • Public: Schools, Hospitals, Stadiums, Museums.
  • Others: Farms, Aircraft Hangars, Airport Terminals.
Industrial Workshop
Commercial Steel Building

Key Advantages

1. Cost Savings: Price per square meter can be 25%-30% lower than conventional buildings.
2. Quick Erection: All components are factory-fabricated, reducing construction time by up to 60%.
3. Flexibility: Easy to expand in the future with low transportation costs.
4. Energy Efficiency: A green solution featuring CO2 reduction and recyclability.

Structural Components

A standard PEB consists of:
  • Primary Members: Main load-carrying frames (columns and rafters).
  • Secondary Members: Purlins, girts, and eave struts (Cold-formed steel, min yield 345 MPa).
  • Roof & Wall Panels: Galvanized steel panels with corrosion-resistant coating.
  • Accessories: Anchor bolts, fasteners, gutters, doors, and windows.
Steel Structural Components

Manufacturing & Quality Control

Our fabrication process follows strict international guidelines:
  • Material Receiving: Dimensional and Visual QC inspection of raw steel.
  • Preparation: CNC fire-cutting and automated drilling for precision.
  • Welding: Submerged Arc and MIG welding according to GB50661-2011 standards.
  • Surface Treatment: Automated shot blasting (Grade SA 2.5) followed by airless spray painting.
Plate Preparation
Fit-up Section
Welding Process
Shot Blasting
Surface Coating
Groove Quality
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Technical Standards

All designs comply with the latest international codes:
  • GB50009-2012: Load code for building structures.
  • GB50205-2001: Acceptance of steel structure construction quality.
  • GB50017-2017: Design of steel structures.
  • JGJ81-2002: Technical specification for welding.
Deflection Type Structural Members Limitation
Vertical Deflection Portal frame rafter (standard) L/180
Vertical Deflection Mezzanine floor main beam L/400
Lateral Deflection Wall panel L/100
Lateral Deflection Wind columns L/250

Material Specifications

Component Specification Yield Strength
Built-up Plates GB/T1591 Fy = 34.5 kN/cm²
Hot Rolled Beams GB/T11263 Fy = 23.5 kN/cm²
Cold Formed Purlins GB/T 2518 Fy = 45.0 kN/cm²
High Strength Bolts GB/T 1228 Fu = 72 to 83 kN/cm²
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Frequently Asked Questions

What is the typical lifespan of these steel buildings?
The designed life cycle for our pre-engineered steel structures is 50 years, ensuring long-term durability and structural integrity.
How much can I save by choosing a pre-engineered building?
Generally, PEBs can reduce costs by 25% to 30% per square meter compared to conventional steel buildings due to efficient design and faster site erection.
How long does the construction process take?
The typical construction period is approximately 60 days, depending on the project scale. All components are factory-ready, which reduces onsite time by 60%.
Are the steel structures resistant to corrosion?
Yes. All steel components undergo automated shot blasting (Grade SA 2.5) and are finished with high-quality primer and top coats to meet specific project environment requirements.
Can these buildings support heavy crane systems?
Absolutely. Our pre-engineered buildings can be custom-designed to include structural reinforcements specifically for top-running cranes and other heavy industrial machinery.
Which quality certificates do these buildings comply with?
Our products are manufactured according to ISO9001 and CE standards, and undergo rigorous inspections by SGS and BV to ensure compliance with international building codes.

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