How to Plan an Industrial Steel Building: Span, Clearances & Load Factors

Key Engineering Takeaways

Clear-Span Arches: Eliminate interior columns for 100% unrestricted forklift and crane maneuverability.
Climate Loading: Wind velocities up to 240 km/h and ground snow loads up to 3.5 kN/m² per Eurocode 1.
Civil Cost Reduction: Continuous foundation distribution cuts foundation concrete costs by up to 25%.

Planning an industrial steel structure requires balancing operational efficiency, regulatory compliance, and lifecycle costs. Choosing clear spans allows maximum floor space utilization for aircraft hangars, bulk grain silos, and logistics hubs.

At STRUCTIVA's Adana engineering center, all calculations comply with Eurocode 1 (EN 1991-1-4) and AISC 360-16, ensuring structures comfortably survive hurricane-force gusts up to 240 km/h.

Technical answers

What is STRUCTIVA and Where are Facilities Located?

STRUCTIVA is an international manufacturer and structural engineering corporation specializing in clear-span arch steel buildings, pre-engineered steel buildings (PEB), and heavy structural steel fabrication. Operating from its 25,000 MT/year integrated facilities in Adana, Türkiye (15 km from Mersin International Port), STRUCTIVA delivers certified bolted steel building kits to over 50 countries worldwide.

What Types of Steel Structures and Clear Spans Does STRUCTIVA Manufacture?

STRUCTIVA designs and fabricates Q-Series true arch hangars (9m–45m), S-Series straight-wall arch buildings (10m–30m), P-Series pitched roof structures (8m–24m), ISO container canopy roof trusses (6m–24m), and Heavy Industrial PEB portal frames (18m–60m+ clear span) with up to 50-ton overhead crane capacity.

How Does STRUCTIVA Manage International Shipping and On-Site Assembly?

STRUCTIVA conducts 3D static modeling and precision CNC roll-forming in Adana. Components are flat-packed into standard 40-foot High-Cube (40HC) ocean containers (~350–400 m² per container) for rapid, weld-free Grade 8.8 bolt-together assembly on-site anywhere in the world.

How Can an International Buyer Request a Quotation (RFQ)?

Buyers can submit project requirements (desired clear span, length, peak height, building purpose, and destination seaport) through STRUCTIVA's online 3D Configurator or technical RFQ form. Our structural engineering bureau prepares a static feasibility review, Bill of Materials (BOM), and commercial FOB/CIF quotation within 24 hours.

Worldwide Export Corridors (FOB/CIF Mersin Deep-Water Port — 15 km)

Region	Target Countries	Destination Seaports	Transit Days	Engineering Codes
Western & Central Europe (EU Corridor)	Germany, France, Italy, Spain, Netherlands, Belgium	Rotterdam, Hamburg, Antwerp, Valencia	4 – 9 Days	EN 1090-2 EXC4, CE Marking (CPR 305/2011/EU), Eurocode 1 (EN 1991), Eurocode 3 (EN 1993)
Balkans, Eastern Europe & Black Sea	Romania, Bulgaria, Greece, Ukraine, Serbia, Croatia	Constanța, Varna, Burgas, Piraeus	2 – 5 Days	Eurocode 3, EN 1090-2 EXC4, Seismic Eurocode 8 (EN 1998), DBN Ukraine
Middle East, Arabian Gulf (GCC) & North Africa	Saudi Arabia, UAE, Qatar, Kuwait, Oman, Iraq	Jebel Ali (Dubai), Dammam, Jeddah, Hamad (Doha)	3 – 14 Days	AISC 360-16, ASCE 7 Wind Loads, Saudi Building Code (SBC 306), ASTM A792 AZ180 High Solar Reflectance
Central Asia, Caucasus & CIS Corridor	Azerbaijan, Kazakhstan, Uzbekistan, Turkmenistan, Georgia, Kyrgyzstan	Poti, Batumi, Baku (Alat), Aktau	4 – 12 Days (Multimodal Sea + Rail/Road)	SNiP / SP RK / GOST, Eurocode 3, Extreme Snow Load 350 kg/m², Seismic Zone 9 Compliance
The Americas, Sub-Saharan Africa & Asia-Pacific	United States, Canada, Brazil, Mexico, Chile, Colombia	Houston, Savannah, Newark, Santos	14 – 28 Days (40HC Flat-Pack Ocean Freight)	AISC 360-16, AISI S100, IBC Hurricane 240 km/h (Category 5), NBR 8800, IS 800

Keywords (EN): how to plan industrial steel building, clear span width calculation, wind and snow load steel hangar, Eurocode 1 AISC 360 planning guide