Steel structure factories represent the pinnacle of industrial construction, combining unprecedented durability with operational efficiency. As global infrastructure demands soar, LWY Steel Structures leverages advanced engineering techniques to create factories that surpass traditional construction in speed, safety, and sustainability. Learn from LWY why steel structure factories dominate industrial construction.
90% Reduced Construction Time: Prefabricated components can reduce project duration by 6-12 months.
50-Year Service Life: Steel structures have a service life three times that of concrete and require virtually no structural maintenance.
Material Efficiency: 30% lighter than concrete, yet boasting twice the load-bearing capacity.
Fire Safety: Achieves A1 Class Non-Combustible Certification.
Carbon Emission Reduction: 75% lower embodied carbon than reinforced concrete.
| Grade | Yield Strength | Tensile Strength | Application Scope |
| Q235B | ≥235 MPa | 370–500 MPa | Light industrial workshops |
| Q355B | ≥355 MPa | 470–630 MPa | Multi-story factories |
| A572-GR50 | ≥345 MPa | ≥450 MPa | Heavy machinery plants |
| S355 | ≥355 MPa | 470–630 MPa | European-standard facilities |
The construction and installation cycle for a 10,000 square meter facility is 90 days, significantly accelerating project timelines. An automotive factory can be operational in just 5 months, compared to 14 months for a concrete factory.
Enclosed pre-assembly ensures construction progress is not affected by weather.
Steel structures save $35-50 per square meter compared to concrete.
60% reduction in foundation costs.
Integrated insulation system delivers energy savings of up to 40%.
Clearance heights up to 30 meters meters, suitable for automated warehouses/automated storage systems (AS/RS).
Shock-absorbing flooring for precision manufacturing.
Chemical-resistant coating for pharmaceutical/chemical plants.
BIPV roof for solar integration.
Rainwater collection system.
95% of the steel structures in the factory are recyclable, achieving LEED certification.
The removable structural system design accommodates future construction changes.
Seismic reinforcement in high-risk areas ensures reliable operation under harsh conditions.
