Light Steel Frame Structure Building with Welded Steel Technology and Round PVC Pipe Down Spout for Cost-effective Long-term Use
Steel Framed Buildings featuring welded steel technology and round PVC pipe down spout systems for long-term durability and performance.
Product Overview
Steel Framed Buildings provide versatile and robust construction solutions using 40ft OT or 40ft HQ specifications. These structures combine advanced welded steel technology with durable materials to deliver exceptional performance and longevity for commercial and industrial applications.
Key Features
- Product Name: Steel Framed Buildings
- Frame Material: Cold-formed Steel or Hot-rolled Steel
- Seismic Resistance: Engineered for Earthquake Resistance
- Thermal Insulation: Can be Integrated with Insulation Materials
- Down Spout: Round PVC Pipe System
- Surface Processing: Painted or Galvanized Finishes
- Advanced Steel Framing Systems for Enhanced Durability
- Robust Steel Structural Frames Ensuring Structural Integrity
- Superior Strength and Stability Design
Technical Specifications
| Surface Processing |
Painted or Galvanized |
| Cost Efficiency |
Cost-effective Over Lifecycle |
| System Type |
Building Frame Steel Structure |
| Drawing Design |
AutoCAD, 3D3S, etc. |
| Technology |
Welded Steel, Hot Rolled Steel |
| Frame Material |
Cold-formed Steel or Hot-rolled Steel |
| Thermal Insulation |
Can Be Integrated With Insulation Materials |
| Main Frame |
Solid H-shape Steel Beam |
| Maintenance |
Low Maintenance Requirements |
Applications & Uses
Steel framed buildings are highly versatile structures suitable for various applications including warehouses, manufacturing facilities, commercial office buildings, retail spaces, and residential construction. Their engineered seismic resistance, fire-resistant properties, and cost-effective lifecycle make them ideal for industrial, commercial, and public infrastructure projects.
Engineering Benefits: These structures feature precision engineering with welded steel and hot rolled steel components, providing superior load-bearing capacity, seismic resistance, and long-term durability while enabling faster construction times and reduced maintenance costs.