Dhingia Build
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Established in 2020, with a professional design team, excellent department managers, and a comprehensive management system. It is a modern assembly and construction enterprise that integrates design, production, and installation. We have the ability to provide customers with various steel buildings with reliable quality and good price.
Steel structure building is formed by the main framework through linking up the H beam, C purline, Z purline steel components. Roof and wall using a variety of panels together with other components such as windows and doors. The steel building has the advantages of wide span, high strength, light weight, low cost, temperature protection, save energy, beautiful appearance, short construction time, good effect of insulation, long using life, space-efficient, good seismic performance, flexible layout, etc.
| Specification | Details |
|---|---|
| Size(m) | Width * Length * Height (Customizable) |
| Type | Single slope, double slope, Multi-slope; Single span, double-span, Multi-span; Single floor, double-floor, Multi-floor |
| Base | Steel foundation bolts |
| Steel Frame | Material Q345(S355JR)(Gr50) or Q235(S235JR) steel; Straight cross-section or Variable cross-section; Steel welded H section painted or galvanized |
| Bracing | X-type or V-type or other type bracing made from angle, round bar, etc. |
| Wall & Roof Purlin | C section channel or Z section channel, Size from C80~C300; Z100~Z300 |
| Roof & Wall Cladding | Single color corrugated steel sheet 0.326~0.7mm thickness; Sandwich panel with EPS, ROCK WOOL, GLASS WOOL, PU etc insulation, thickness around 50mm, 75mm, 100mm, 120mm, 150mm, 200mm; PVDF, SMP, HDP, PE coatings recommended |
| Window | UPVC/PVC or Aluminum Alloy window frame with glass |
| Door | Exterior door: Sliding or Roller shutter door; Internal door: 50mm thickness EPS sandwich panel with aluminum alloy door frame |
| Gutter Material | Color steel sheet or galvanized steel or stainless steel |
| Rainspout | PVC pipe |
| Connection | High strength bolts, intensive bolt, self-drilling screws |
| Accessories | Skylight panel, Ventilation, Fasteners etc. |
| Surface Process | Shot blasting Sa2.5; Two layers of Anti-rust Painting or galvanized |
| Packing | Main steel frame without packing loaded in 40' GP, roof and wall panel loaded in 40' HQ |
Please provide us with the following parameters to assist in designing custom drawings:
| Design Parameters Required | Details/Units |
|---|---|
| 1. Location (where will be built?) | _____ country, area |
| 2. Size (length * width * height) | _____ m * _____ m * _____ m |
| 3. Wind load (or max. wind speed) | _____ km/h |
| 4. Rain & snow load (or max. snow height) | _____ kn/m2, _____ mm |
| 5. Anti-earthquake level | _____ level |
| 6. Intended usage of the building | Industrial, commercial, agricultural, etc. |
| 7. Roof panel and wall panel selection | Sandwich panel (EPS, fiberglass wool, rock wool, PU) or corrugated steel sheet with glass wool |
| 8. Brick walls height (if needed) | 1.2m high or 1.5m high |
| 9. Overhead crane requirements | _____ units, max. lifting weight _____ tons; max. lifting height _____ m |
A: Pre-engineered steel structure means that the material is fabricated completely or partially in a factory, ready to be assembled on-site with bolts. There are many advantages to this building type and method. It is much faster than conventional building, as the fabrication takes place within a factory with the use of specialized equipment, and work is not dependent on the weather. On-site construction is also executed much faster and is less labor-intensive.
A: The service life of the main structure matches the designed usage life, which is usually at least 50 years to 100 years, standardly required by GB specifications.
A: The service life of the PE coating is usually 10-25 years. The usage life of the roof sunlight FRP sheet is shorter, generally lasting 8-15 years.
A: We utilize a 12-head large shot blasting machine for shot blasting grade S2.5, followed by the application of epoxy zinc-rich primer, epoxy cloud iron intermediate paint, and epoxy polyester topcoat.
A: Yes. Steel systems are highly resistant to rust due to the robust galvanization process, making them safe for construction in mountainous areas or coastal regions with high salt concentration.
A: Steel structures present major advantages over concrete, particularly in commercial, industrial, and agricultural environments. While concrete is highly compression-resistant, it does not handle high tensile stresses as effectively as steel. Steel has an excellent strength-to-weight ratio, is faster to construct, easier to transport, and allows for much more flexible layouts.
