Umo House
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| 📋 Technical Parameters of the Plant / Warehouse | |
|---|---|
| Span range (M) | 50-160 |
| Altitude band (M) | 15-50 |
| Antiseptic treatment | Galvanizing, spraying zinc, and spraying anti-corrosion paint |
| Fire-protection rating | Higher than or equal to Level 2 |
| Load type | Enclosure materials, equipments, cranes, local natural conditions |
| 🏗️ Industry Attributes | |
| Intensity | S355/Q235/Q355 |
| Common difference | ±1 |
| ⚙️ Other Properties | |
| Standard | Chinese Standard/European Standard |
| Model | BF- CK-1001 |
| Type | Light steel, grid frame, section steel, pipe truss |
| Process mode | Bending, welding, cutting, assembling, shot blasting and painting |
| Drawing design | SAP2000/ AutoCAD / PKPM /3D3S/ TEKLA |
| Raw and processed material | Steel |
| Pigment | Customized |
| Surface preparation | Galvanization |
| Certificate | CE |
| Main frame | Lightweight portal frame , multi story and high-rise frame , space frame |
| Material of the wall and roof panels | TDC51D, TS350GD |
| Life length | In 50 years |
| 📦 Packaging and Delivery | |
| Delivery cycle | 15-60 Days |
| Marketing unit | Square meter |
| Supply capacity | 10,000 tons / month |
Our steel structures support a wide span range of 50 to 160 meters, making them ideal for large-scale industrial plants, storage units, and manufacturing warehouses.
With premium surface preparations like hot-dip galvanization and advanced anti-corrosion paint, the main structural framework has an engineering design life length of up to 50 years.
All structural drawings are precisely calculated and designed using industry-standard engineering software including SAP2000, AutoCAD, PKPM, 3D3S, and TEKLA to comply with Chinese and European standards.
The materials and design achieve a fire-protection rating higher than or equal to Level 2, ensuring high safety standards for personnel, materials, and equipment housed inside.
We use high-grade TDC51D and TS350GD structural steel sheets for the wall and roof panels, offering superior weatherability, wind resistance, and structural integrity.
The standard delivery cycle ranges between 15 to 60 days. The timeline is highly dependent on the overall dimensions, customization requirements, and project volume.
