Multi-Storey Steel Warehouse Building

Multi-Storey Steel Warehouse Building

The Multi-Storey Steel Warehouse Building is a high-performance engineered steel structure system designed for industrial, logistics, and commercial applications where land efficiency, structural safety, and expansion flexibility are critical.
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Product Overview

 

The Multi-Storey Steel Warehouse Building is a high-performance engineered steel structure system designed for industrial, logistics, and commercial applications where land efficiency, structural safety, and expansion flexibility are critical.


Wanxiang delivers fully engineered multi-storey steel building systems, including structural design, fabrication, and installation support for global EPC and industrial clients.

 

Engineering Specifications

 

Parameter

Specification

Structure Type

Multi-Storey Steel Frame System

Floors

1–6 Floors (Custom Engineering Design)

Steel Grade

Q235B / Q355B / ASTM A36 / A572

Column System

H Beam / Box Column

Beam System

Welded H Section Steel

Column Spacing

6m / 7.5m / 8m / 9m / Custom

Clear Span

Up to 40m

Floor Load Capacity

2–10 KN/m² (Custom Heavy Duty Available)

Steel Consumption

35–60 kg/m² (Project Dependent)

Crane System

Up to 20T Overhead Crane Integration

Seismic Resistance

Up to Zone 9

Wind Resistance

≥150 km/h

Service Life

30–50 Years

Surface Treatment

Hot-dip galvanizing / epoxy coating

 

Core Advantages

Maximum Land Utilization Efficiency

 
  • Multi-storey steel structures significantly increase usable space without expanding land footprint, ideal for high-cost urban industrial zones.

Industrial-Grade Structural Safety

 
  • High-strength steel: Q235B / Q355B
  • Designed for seismic Zone 8–9
  • Wind resistance ≥ 150 km/h
  • Fireproof coating & corrosion protection available

Fast & Efficient Construction System

 
  • Prefabricated steel components
  • Modular installation design
  • 30–60% faster than concrete structures
  • Reduced on-site labor dependency

Lifecycle Cost Optimization

 
  • Lower foundation cost
  • Reduced maintenance requirement
  • High return on investment for logistics operators

Flexible Expansion Capability

 
  • Modular steel frame system
  • Easy vertical or horizontal expansion
  • Compatible with automation warehouse systems

 

Targeted Application Industries

 

Our multi-storey steel building systems are widely deployed across high-intensity sectors:

E-Commerce Logistics

High-throughput fulfillment centers with integrated mezzanine racking.

01

Cold Chain Storage

Multi-level temperature-controlled cold storage facilities.

02

Automotive & Manufacturing

Heavy machinery assembly lines requiring integrated overhead cranes.

03

Port & Freight Terminals

Industrial parks, maritime free-trade zones, and air-cargo distribution HUBS.

04

Smart Warehousing

Facilities specifically optimized for high-bay Automated Storage and Retrieval Systems (ASRS).

05

 

Structural System Breakdown

 

Main Structural Frame

  • High-strength structural steel rigid frame with heavy-duty bolted splice joints.
  • ASTM A325 or A490 (or Grade 8.8 / 10.9) high-strength bolt connections for superior joint moment capacity.

 

Composite Floor System

  • Galvanized profiled steel decking sheet acting as permanent formwork.
  • Welded shear studs (headed anchors) combined with reinforced concrete mesh for a high-load 100–150mm composite slab system.

 

Wall & Envelope Cladding

  • Insulated Sandwich Panels: Polyurethane (PU / PIR), High-density Rockwool (for strict fire ratings), or EPS.
  • Single-skin color-coated architectural steel sheets with anti-capillary side laps.

 

High-Performance Roof System

  • Pre-engineered insulated roof standing-seam systems for 100% waterproof performance.
  • Integrated industrial skylights, continuous ridge ventilators, and heavy-duty flashing/gutter systems.

 

Steel Structure vs Traditional Concrete Building

 

Evaluation Factor

Steel Warehouse System

Concrete Structure

Construction Speed

30–50% faster

Slow

Expansion Ability

Easy modification

Very limited

Structural Weight

Lightweight

Heavy

Land Utilization Efficiency

High

Low

ROI Cycle

Shorter payback

Longer payback

 

Materials & Technical Standards

Steel Materials

Q235B / Q355B (GB standard)
ASTM A36 / A572 (USA standard)
S355JR (EU standard)

Floor System

Steel decking + reinforced concrete composite slab
Anti-vibration industrial flooring (optional)

Wall & Roof System

PU / Rock wool / EPS sandwich panels
Thermal insulation + fire resistance design
Optional curtain wall integration

Surface Protection

Hot-dip galvanizing (high corrosion environments)
Epoxy primer + polyurethane coating system
Sa2.5 sandblasting surface treatment

 

Project Execution Process

 

We provide a clear and transparent EPC-style workflow: 

Requirement analysis & technical consultation

Preliminary design proposal

Structural optimization & cost estimation

Engineering confirmation & drawings approval

Fabrication & production

Quality inspection & pre-assembly

Packaging & global shipment

Installation support (optional service)

 

Proven Global Track Recor

 

Wanxiang engineered steel structures are deployed across diverse climates, geographic terrains, and local regulatory zones: 

Southeast Asia

Multi-storey e-commerce fulfillment centers (45,000+ sqm footprint).

 

Middle East

High-temperature resistant industrial manufacturing and distribution plants.

South America

Heavy-duty logistics hubs featuring integrated 30-ton crane systems.

 

Eastern Europe & Africa

Cold-chain logistics systems and fast-assembly urban distribution hubs.

 

 

Packaging, Shipping & Commercial Terms

 

Precision Packing: Pre-marked and color-coded steel components allow for immediate sorting and rapid installation on-site.


Freight Optimization: Custom container-loading layouts designed to maximize container space and significantly reduce sea freight costs.


Flexible Commercial Terms: Available via FOB, CIF, CFR, and EXW to seamlessly align with your logistics network.

 

Why Wanxiang

 

Engineering Manufacturer, Not Trading Company

20+ years steel structure manufacturing experience
In-house structural engineering team (BIM-based design)
Multiple CNC cutting, welding, and fabrication lines
Full process quality control system

Global EPC Project Experience

Exported to 50+ countries
Experience with industrial EPC contractors
Familiar with AISC / Eurocode / GB standards
Engineering adaptation for local wind & seismic zones

Strong Engineering Capability

Structural load calculation & optimization
BIM 3D coordination design
Crane system integration design
Heavy-duty industrial floor engineering

Production & Delivery Capability

Large-scale steel fabrication capacity
Prefabricated modular delivery system
Strict component coding for fast assembly
Reliable global logistics packaging system

 

Certificates

 

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Frequently Asked Questions

 

Q: What support do you offer for the installation phase overseas?

A: We provide a complete installation documentation pack, which includes detailed anchor bolt layouts, 3D structural tracking diagrams, and a step-by-step erection manual matching the codes stamped on the physical steel components. Additionally, we provide dedicated remote technical video support, and can deploy senior installation engineers to your job site for on-site guidance if required.

Q: Can your designs be used to obtain local building permits?

A: Yes. We provide comprehensive structural calculation sheets, detailed Tekla shop drawings, and stamped engineering documentation aligned with your requested local building codes (AISC, Eurocodes, BS, or GB) to facilitate smooth approvals with local building authorities.

Q: Can your multi-floor structures support heavy automated racking systems?

A: Absolutely. Our engineering team custom-calculates floor load designs from 2.0 kN/m² up to 20.0+ kN/m² to fully support automated storage and retrieval systems (AS/RS), heavy forklift traffic, and industrial machinery.

Q: How much faster is steel construction compared to traditional concrete?

A: Generally 30% to 50% faster. Because all structural members are pre-fabricated, CNC-drilled, and cut in our factory, on-site execution is reduced to a clean, bolt-together assembly process.

Q: What is the typical structural lifespan of a Wanxiang steel warehouse?

A: Our structures are engineered for a service life of 30 to 50+ years, depending on environmental factors and routine surface maintenance.

 

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Get Your Custom Warehouse Solution

Every project has unique structural and operational requirements.
Wanxiang provides custom engineering solutions tailored to your project goals
You can request:
Free structural design proposal
Budget estimation within 24 hours
Layout optimization plan
Engineering consultation with specialists

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