Industrial Steel Structure Warehouse Solutions
Who We Serve: Steel Warehouse Solutions for Real Industrial Users
We design and manufacture steel warehouses based on real usage scenarios, not generic templates.
Logistics & Distribution Operators
High racking loads, frequent forklift movement, and strict delivery schedules.
- Clear-span design for high-density racking
- Dock layout optimized for loading efficiency
- Expansion-ready structure for future growth
Designed for long-term operation, not short-term cost savings.
Manufacturing & Industrial Factories
Heavy overhead crane loads, wide equipment clearance, and dust control requirements.
- Reinforced frame for 10-50 ton crane systems
- Column-free spans up to 30+ meters
- Ventilation and lighting tailored to production needs
Built to handle your actual machinery weight, not guesswork.
Cold Storage & Temperature-Controlled Warehouses
Thermal bridging causes energy loss, condensation damages goods, insulation failures are costly.
- Insulated panel systems with zero thermal bridging
- Airtight sealing for temperature stability
- Structural design supporting refrigeration units
Energy efficiency calculated from day one, not added later.
EPC Contractors & Engineering Companies
Tight project timelines, coordination between trades, and client accountability for structural issues.
- Complete design documentation in Tekla/AutoCAD
- Pre-numbered components for fast assembly
- Direct factory coordination with your site team
Your project stays on schedule, our structure goes up without delays.
Why Steel Structure Fits Warehouse Use
"A warehouse is a logistics tool, not just a building."
Warehouse Need: Large Span
→ Steel structure delivers column-free spans up to 40m, maximizing storage layout flexibility and forklift movement efficiency.
Warehouse Need: High Clear Height
→ Steel frames easily achieve 10-15m eave heights, supporting high-bay racking systems and overhead crane operations.
Warehouse Need: Future Expansion
→ Steel structures can be dismantled, relocated, and expanded systematically as business grows.
Design your warehouse as a functional logistics asset
Warehouse Use Scenarios & Design Focus
Logistics Warehouse
Design Focus:
- Span ≥ 24-36m for optimal layout
- Multiple door openings aligned with forklift traffic flow
- Ridge ventilation for air circulation
- Floor load capacity for heavy equipment
Factory Storage
Design Focus:
- Overhead crane runway beam reserved if needed
- Ground floor bearing capacity for production materials
- Fire separation zones as per industrial codes
- Direct connection to production line considered
Rental Warehouse
Design Focus:
- Standardized structural modules for flexibility
- Low-maintenance cladding system to reduce costs
- Easy-to-modify partition walls for tenant changes
- Universal clear height suitable for various uses
Match structural design to your operational requirements
Warehouse Size, Span & Height: Critical Decisions
How to Choose Span
How to Choose Eave Height
Get span and height recommendations based on your specific usage
Roof & Wall System: Problems That Must Be Solved
The envelope system isn't about aesthetics — it's about preventing operational problems that affect your goods and workers daily.
Condensation Problem
Water drips from roof onto stored goods
→ Requires insulation layer between steel panels
Typical solution: Double-layer system with thermal break or spray foam insulation
Southeast Asia
Tropical Zones
High Temperature Problem
Interior becomes unbearable in summer months
→ Requires heat insulation plus ventilation strategy
Typical solution: Reflective coating + ridge ventilators + wall louvers for air circulation
Middle East
Africa
Corrosion Problem
Panels rust and degrade prematurely
→ Requires appropriate galvanization and coating selection
Typical solution: AZ coating for coastal areas, PVDF for industrial environments
Coastal Areas
South America
Specify envelope systems based on your actual climate conditions
Load Conditions: The Foundation of Structural Safety
Wind & Seismic Zone
Lateral forces determine bracing system layout. Wind zones affect roof uplift calculations, seismic regions require specific foundation anchors.
Critical Impact:
Different wind regions completely change support systems and foundation design
Overhead Crane Loads
Vertical loads plus horizontal impact forces require specialized column sections and fatigue-resistant runway beam connections.
Critical Impact:
Crane-equipped warehouses need entirely different structural specifications
High-bay Racking & Floor Loads
Concentrated point loads from racking systems require foundation design based on actual distribution patterns, not uniform assumptions.
Critical Impact:
Thicker floor slabs alone cannot solve concentrated load problems
Roof Additional Loads
Snow, solar panels, and rooftop equipment add significant dead and live loads that increase beam depths and steel consumption.
Critical Impact:
Roof loads directly determine beam heights and total steel weight
Accurate load analysis prevents structural failures and cost overruns
Design for Fabrication: Drawings That Can Really Be Built
Whether drawings can be "executed in production" matters more than how well they're drawn
Common Problems
Component Size Exceeds Transport Limits
Designed members too long or heavy for container shipping, requiring costly field splicing or redesign
Complex Connections, Difficult Field Assembly
Intricate node details that look good on paper but create installation nightmares on-site
Theoretically Feasible, Practically Inefficient
Designs that can be built but require excessive fabrication time, driving up costs dramatically
Showhoo's Design for Fabrication Principles
1
Component Segmentation Considered in Design Phase
Members are divided based on transportation constraints and assembly sequence from the initial design stage
2
Connection Details Match Production Line Capabilities
Node solutions designed around actual equipment capacity, welding accessibility, and quality control processes
3
Drawings, Production, Packaging Coordinated by Same System
Integrated technical workflow ensures what's designed can be fabricated, shipped, and erected efficiently
Ensure your design can actually be built before production starts
Factory Snapshot: Who Is Actually Building Your Warehouse
A warehouse isn't a trading product — it's an engineered project that must be manufactured
Factory Workshop
Modern production facility equipped with advanced steel fabrication machinery
Welding Operations
Certified welders performing structural connections with quality control
Assembly Line
Systematic component assembly and quality inspection processes
H-Section Beam & Column Fabrication
Precision cutting, drilling, and assembly of primary structural members using CNC equipment
Automatic/Semi-Automatic Welding
Standardized welding procedures ensuring consistent weld quality and structural integrity
Component Numbering & Pre-Assembly Logic
Systematic marking and trial assembly verification before shipping
Know who's actually manufacturing your warehouse structure
Steel Structure Warehouse Projects Delivered Overseas
For different warehouse types, success standards are completely different
Logistics Warehouse
Emphasis:
Column-free space and operational efficiency
- Maximum clear span for flexible racking layout
- Multiple dock doors for simultaneous loading/unloading
- Adequate height for high-bay storage systems
- Efficient traffic flow patterns for material handling
Factory Supporting Warehouse
Emphasis:
Load capacity and durability
- Overhead crane provisions for heavy materials
- Floor slab designed for concentrated equipment loads
- Direct connection to production line workflow
- Industrial environment protection and ventilation
Agricultural & Raw Material Warehouse
Emphasis:
Ventilation, corrosion protection, easy maintenance
- Natural ventilation systems for grain/feed storage
- Corrosion-resistant coatings for agricultural chemicals
- Wide door openings for bulk material handling
- Low-maintenance cladding for remote locations
Define success criteria specific to your warehouse type
Before Quotation: Key Questions Clients Ask Most
Q1
What information do I need to provide to start design?
▼Usage purpose, size range, location, whether overhead crane is needed, expected service life. These determine the fundamental structural approach before detailed design begins.
Q2
Can you design according to local building codes?
▼We have project experience in multiple overseas markets and can coordinate with local design standards as required by the project.
Q3
How long from design to shipping?
▼Depends on project complexity and confirmation speed. We provide clear timeline expectations during the proposal phase, typically 8-12 weeks for standard warehouses after design approval.
Q4
What's included in the warehouse steel structure package?
▼Standard package includes primary steel frame (columns, beams, bracing), roof and wall panels, fasteners, and complete technical drawings.
Q5
Do you provide installation guidance or supervision?
▼We provide detailed installation drawings, erection manuals, and remote technical support. On-site installation supervision services are available for overseas projects.
Q6
How do you ensure quality control during production?
▼Our factory implements documented welding procedures, dimensional inspection at multiple stages, surface treatment verification, and pre-assembly checks before packaging.
Still have questions about your warehouse project?
Start Your Warehouse Project
Tell us how you plan to use the warehouse — not just the size