Modular Metal Frame Workshop Prefabricated Metal Warehouse Buildings
Summary
Steel metal frame structures require comprehensive planning of structural systems, materials, joints, construction methods, and maintenance. Through scientific design and quality control, these structures deliver safety, durability, and cost-effectiveness for diverse architectural applications.
Additional Information: Modern designs utilize BIM technology for 3D modeling, while steel's recyclability makes it ideal for green building initiatives.
Attribute
Value
Advantage
Easy & Fast Install
Main Frame
Q355 Q235
Wall & Roof
Sandwich Panel; Color Steel Sheet
Secondary Structure
Purlin; Brace, Knee Brace Etc
Metal Frame Workshop Metal Building Modular Design Prefabricated Steel Structure Warehouse
Introduction to Steel Metal Frame Structures
Steel metal frame structures use steel as the primary load-bearing component, widely applied in industrial plants, commercial buildings, and high-rise residential structures. These structures offer high strength, lightweight construction, rapid assembly, and excellent seismic performance, making them a preferred choice in modern construction.
Key Features
High Strength: Superior tensile and compressive properties to withstand significant loads
Lightweight: Reduced foundation pressure compared to concrete structures
Flexibility: Easy processing and installation for complex design requirements
Environmental Friendliness: Fully recyclable materials supporting sustainable development
Key Points of Design Scheme
(1) Structural System Selection
Frame Structure: Ideal for multi-story buildings with flexible spatial layouts
Truss Structure: Optimal for large-span buildings like stadiums and exhibition halls
Space Frame Structure: Suitable for complex spatial forms like airport terminals
(2) Material Selection
Steel Type: High-strength Q235 and Q345 steels selected based on load requirements
Anti-Corrosion Treatment: Hot-dip galvanizing or painting for enhanced durability
Fire Protection: Fireproof coatings or boards for safety compliance
(3) Joint Design
Rigid Joints: Welding or high-strength bolts for maximum stiffness
Flexible Joints: Seismic zone designs to absorb earthquake energy
Joint Reinforcement: Stiffeners or gusset plates for critical connections
(4) Construction Plan
Prefabricated Components: Factory manufacturing ensures precision and quality
Installation Sequence: Strict adherence to design specifications
Quality Control: Rigorous inspection of welding and bolting processes
(5) Monitoring and Maintenance
Real-Time Monitoring: Sensor systems for stress and deformation tracking
Regular Maintenance: Scheduled inspections for long-term structural integrity
Design Case Example
Project Name: Steel Structure Design for an Industrial Plant
Design Highlights
Structural System: Rigid frame structure for large space requirements
Material Selection: Q345 steel with hot-dip galvanizing
Joint Design: High-strength bolted connections with reinforcement
Construction Plan: Factory prefabrication for rapid on-site assembly
Monitoring: Sensor installation for real-time structural analysis