Prefabricated and Pre-Engineered Steel Structural Framed Building Construction

Customization: Available
Color Reference: Ral
Member of Engineering Team: 20

Product Description

Technical Specifications

Model NO.:KXD-02
Quality Control:Daily Inspection
Life Cycle:80 Years
Construction Period:60 Days
Customer Service:Aftersale Service
Project Management:Turnkey Solution
Engineering Tools:AutoCAD
Size:Customized Requirement
Steel:High Strength Steel
Standard:SGS / ISO / CE
Production Capacity:5000 Sets Monthly
Origin:China

Product Overview

Steel Structural Framed Building

Pre-engineered steel buildings (PEB) are structural concepts consisting of primary members, secondary members, and cladding (roof and wall sheeting) connected to each other. These buildings are custom-designed to be lighter in weight and high in strength.

Integrated Additions: Skylights, wall lights, turbo vents, ridge ventilators, mezzanine floors, crane systems, and high-grade insulation.

Models & Versatile Applications

PEB Model
Industrial Application

Industrial & Commercial

  • Factories, Workshops & Warehouses
  • Cold Storages & Assembly Plants
  • Showrooms, Supermarkets & Shopping Centers
  • Logistics Centers & Multi-purpose Buildings

Public & Infrastructure

  • Schools & Hospitals
  • Conference Halls & Laboratories
  • Museums & Stadiums
  • Aircraft Hangars & Airport Terminals
Commercial Building

Core Advantages

Cost Savings

Price per square meter can be 25%-30% lower than conventional steel buildings. Low site erection costs due to fast installation.

Quick Erection

Factory-fabricated components linked by bolts. Reduces construction time by up to 60% compared to traditional concrete structures.

Design Flexibility

Flexible design requirements that are easy to expand in the future. Economical transportation and lightweight structure.

Energy Efficiency

Green solution for the environment with CO2 reduction, high recyclability, and excellent thermal insulation options.

Building Components

Primary & Secondary Systems

Primary members include columns and rafters which carry the main load. Secondary members consist of purlins, girts, and eave struts (minimum yield strength 345 MPa).

Primary Members

Roof & Wall Sheeting

Standard panels range from 0.3mm to 0.6mm thickness with zinc or zinc-aluminum coating for superior corrosion resistance.

Manufacturing & Quality Control

Process Flow: Material Receiving → Plate Preparation → Fit-up → Welding & Grinding → Shot Blasting → Painting → Shipping.
Fabrication Process
Welding Quality
Shot Blasting

Surface Treatment Standards

Automatic blasting achieves Grade SA 2.5. Painting includes primer and finish coats with controlled WFT/DFT thickness according to GB50205 standards.

Painting Inspection
Weld Standards

Engineering & Material Standards

Structural Member Deflection Limitation Design Code
Portal Frame Rafter L/180 - L/400 GB50009-2012
Mezzanine Floor Beam L/400 GB50017-2017
Purlins L/150 - L/240 GB50018-2002
Wall Panels L/100 GB/T12754-2006
Material Specs
Groove Detail
Material Type Specification Min Yield Strength
Built-up Plates GB/T1591 34.5 kN/cm²
Hot Rolled Angles GB/T3274 23.5 kN/cm²
Galvanized Cold Form GB/T 2518 45.0 kN/cm²
High Strength Bolts GB/T 1228 Fu = 72-83 kN/cm²

Frequently Asked Questions

Q1: What exactly is a pre-engineered steel building (PEB)? It is a modern structural concept where components are designed and fabricated in a factory and then assembled on-site. It includes primary frames, secondary members, and specialized cladding.
Q2: How long is the lifespan of these steel structures? With high-strength steel and advanced surface treatments like shot blasting and premium painting, these buildings have a typical life cycle of up to 80 years.
Q3: How much faster is PEB construction compared to concrete? PEB construction is significantly faster, often reducing overall project timelines by 60% due to the parallel nature of factory fabrication and site preparation.
Q4: Are these buildings suitable for extreme industrial environments? Yes, they are widely used for heavy industrial applications like steel mills, assembly plants, and cold storages, featuring custom designs for load-bearing and environmental resistance.
Q5: What quality standards are followed during fabrication? Fabrication follows international standards such as ISO9001, CE, and various GB codes for welding, loading, and structural design to ensure safety and durability.
Q6: Can the design be customized for specific additions? Absolutely. PEBs allow for seamless integration of crane systems, mezzanine floors, skylights, ridge ventilators, and specific insulation requirements.

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