Steel Structure School

Description

The Steel Structure School is a modern, durable, and rapidly constructed building solution designed for primary schools, middle schools, international campuses, training centers, and educational complexes. Compared with traditional concrete buildings, steel structure schools offer faster construction speed, lower costs, higher seismic performance, and flexible space design, making them ideal for modern education environments.
Steel-framed school buildings can be applied to:
Classroom buildings
Teaching laboratories
Multi-purpose halls
Dormitories & canteens
Administrative offices
Sports centers / gymnasiums
Library & academic buildings
All components are prefabricated in the factory, ensuring high accuracy, clean construction, and minimal disruption to the surrounding environment.

Product Attributes

Trade Information

● Unit of Measurement: Ton

● Price Range: 1300—3000 USD/T.The specific price needs to be provided with drawings and calculated based on material requirements, processing requirements, paint requirements, etc. 

● Minimum Order Quantity (MOQ): 100 Tons

Key Advantages

① Fast Construction & Minimal Disruption
Prefabricated steel components enable 40–60% faster construction than concrete.
Ideal for school upgrading or expansion projects requiring quick delivery.
Less noise, dust, and impact on ongoing campus activities.

② Safe, Strong & Seismic-Resistant
Steel structures provide excellent seismic performance, ensuring maximum student safety.
High-strength frames withstand wind loads, live loads, and extreme weather.
Meets international standards: EN, AISC, AS.

③ Flexible Space Design
Large column-free spaces ideal for classrooms, auditoriums, sports halls.
Easy to expand vertically or horizontally as student numbers grow.
Interior layout can be adjusted without structural changes.

④ Green, Sustainable & Long Service Life
100% recyclable steel materials.
Environmentally friendly construction process.
Advanced anti-corrosion coating ensures 30–50 years of service life.
Complies with modern green building standards.

⑤ Cost-Effective & Easy Maintenance
Lower construction and maintenance costs compared with concrete buildings.
Durable coatings reduce repair frequency.
Long-term performance ensures lower lifecycle cost.

Manufacturing Process & Technical Features

① High-Precision Fabrication
CNC laser/plasma cutting
Robotic welding (GMAW/SAW)
TEKLA-based 3D modeling and detailing
Bolt-hole precision ensures easy on-site assembly

② Quality Control
Welds inspected under ISO 3834/AWS D1.1
NDT testing (UT/MT/RT) for critical components
Strict dimensional tolerance based on EN1090 & ASTM standards

③ Surface Treatment
Sandblasting to Sa 2.5
Epoxy zinc-rich primer + PU finishing coat
Optional hot-dip galvanizing for coastal or humid areas

④ Wall & Roof Options
EPS / Rock wool / PU sandwich panels
Aluminum composite panels
High-density insulated panels
Skylights, ventilation systems, and energy-saving roof options

Technical Specifications

  
Application

Primary & secondary schools
International schools
Vocational training centers
Higher education buildings
Student dormitories & cafeterias
Indoor sports facilities
STEM & laboratory buildings

Why Choose Us

20+ years steel structure engineering experience
CE, EN1090, ISO 3834, ASME certified fabrication
Large-scale production capacity for school projects
Customized design for fast-track educational construction
Global experience in Africa, Middle East, Southeast Asia
Professional installation guidance & on-site support

Our Factory

Raw material storageMaterial cuttingAutomatic Welding

Manual weldingWeld seam treatmentDeep processing

PaintingDeliveryPackaging