Nova Build
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Our modular building structures utilize detailed, factory-engineered components designed for quick integration and high structural stability.
| Parameter | Description | Unit | Example Values |
|---|---|---|---|
| Steel Grade | Designation of the steel type | - | Q235, Q345, ASTM A36 |
| Yield Strength | Stress at which the steel begins to deform plastically | MPa | 235 for Q235, 345 for Q345 |
| Ultimate Tensile Strength | Maximum stress the steel can withstand before failure | MPa | 370 - 500 for Q235, 470 - 630 for Q345 |
| Elastic Modulus | Measure of the steel's stiffness in the elastic range | GPa | 206 for carbon steel |
| Poisson's Ratio | Ratio of lateral strain to axial strain under uniaxial stress | - | 0.3 for steel |
| Density | Mass per unit volume of the steel | kg/m³ | 7850 for carbon steel |
| Cross - Section Shape | Shape of the steel member cross - section | - | I - beam, H - beam, channel, angle |
| Cross - Section Dimensions | Width, height, thickness, etc. of the cross - section | mm | For an I - beam: height = 300 mm, width = 150 mm, flange thickness = 10 mm, web thickness = 8 mm |
| Moment of Inertia | Geometric property related to the cross - section's resistance to bending | mm4 | Varies depending on cross - section shape and dimensions |
| Section Modulus | Geometric property related to the cross - section's resistance to bending stress | mm³ | Varies depending on cross - section shape and dimensions |
| Torsional Constant | Property related to the cross - section's resistance to torsion | mm4 | Varies depending on cross - section shape and dimensions |
| Weld Strength | Strength of the welded joint, related to the welding process and materials | MPa | Depends on welding method, electrode type, etc. |
| Bolt Strength | Strength of bolts used for connections, specified by bolt grade | MPa | Grade 8.8 bolts have a minimum tensile strength of 800 MPa |
In the production and construction process of steel structure buildings, modern process equipment is the core support for achieving efficient and high-quality project delivery. The automated cutting equipment is equipped with a CNC system with a cutting accuracy of ±0.5mm, which can accurately cut various types of steel to meet the needs of complex components and reduce material waste. Intelligent welding robots utilize intelligent sensing technology to weld 3-5 times faster than manual alternatives, ensuring structural weld quality. The digital coating line manages thickness and uniformity, elevating steel corrosion resistance by 5-10 years. Large site crawler cranes coordinate with digital control systems to secure precise installation.
Our enterprise utilizes advanced manufacturing infrastructure, operating a specialized base equipped with an annual output capacity of 60,000 tons of steel structures. We share core grid-system technologies, over 200 patented achievements, and maintain dedicated facilities for designing, manufacturing, and installing pre-engineered components.
Spanning a total construction area of 71,629.57 square meters, the plant features cutting-edge processing tools. It covers automated component cutting, forming, assembly, welding, rust removal, painting, and testing to handle sophisticated modular nodes. The production halls host 8 professional fabrication lines and 58 cranes with lifting limits reaching 50 tons, delivering box columns, cross columns, round tubes, H-beams, and truss decks at a monthly output of 6,000 tons.
We strictly control quality at every step and are committed to providing customers with high-quality and reliable steel structure products.
With solid relationships with global business partners, we offer highly coordinated logistics and loading operations to ensure parts reach their destination safely and on schedule.
