Looking for a reliable, cost-effective, and rapidly deployable industrial building? Our Pre-Engineered Building (PEB) steel structures offer the ultimate solution for modern manufacturing.
Featured here is our successful project: the Oman Rubber Equipment Factory. This project demonstrates a highly efficient multi-span portal frame design, perfectly integrating a large-scale heavy manufacturing workshop with a modern front-office facility. Designed to withstand the specific climatic conditions of the Middle East, this PEB structure delivers uncompromising safety, excellent thermal performance, and long-term durability.
| Specification | Details |
|---|---|
| Project Reference | Oman Rubber Equipment Factory |
| Building Type | Pre-Engineered Building (PEB) / Portal Frame |
| Main Steel Frame | High-strength welded H-section steel (Q355B / Q235B standard) |
| Secondary Structure | Galvanized C/Z section steel purlins & bracing systems |
| Roof & Wall System | Color-coated corrugated steel sheets / Insulated Sandwich Panels (EPS/PU/Rockwool based on requirements) |
| Surface Treatment | Anti-rust primer + Finishing coat / Hot-dip galvanized |
| Wind/Seismic Load | Custom calculated based on local Middle East building codes |
| Application | Heavy industrial plants, warehouses, logistics centers, agricultural facilities |
As a professional supply chain management and manufacturing partner, we provide rigorous structural calculations and detailing for every PEB project. Below are the actual engineering drawings from the Oman project, showcasing our technical capabilities:
The factory utilizes an asymmetrical high-low span design (GJ1, GJ2, GJ3). This allows for massive, clear-span interior spaces for large rubber manufacturing equipment, while an attached lower-span section efficiently houses auxiliary production lines or storage, optimizing material usage and cost.
The steel column layout is meticulously calculated to distribute heavy live loads and crane loads. The inclusion of rigid cross-bracing ensures the building's absolute stability against high winds and seismic activity, which is crucial for safety in industrial operations.
A dense and precise grid of C/Z purlins and roof horizontal bracing creates a rigid diaphragm. This design not only supports the roofing materials securely but also provides excellent readiness for integrating solar panels or advanced roof insulation systems—ideal for hot climates.