Material Composition | Industrial frameworks, load-bearing systems | Q345 Steel (Base) ▲ Q390 Steel (Advanced) (ASTM A572 Grade 50 compliant) Industry: Q235 Steel (ASTM A36) | Base offers 20% higher yield strength than industry standard; Advanced provides 15% further improvement. | Advanced versions may incur higher costs and limited availability. |
Structural Integrity | Heavy machinery support, industrial racks | 350 MPa Yield Strength (Base) ▲ 410 MPa (Advanced) (ASTM A36 for industry) | Base handles 1.5x heavier loads than industry norms; Advanced supports 20% more stress. | Advanced requires specialized fabrication expertise for full utilization. |
Certifications | EU-regulated construction projects | CE, EU 2015/863 (Base) ▲ ISO 3708 (Advanced) Industry typically only CE-compliant | Base meets EU safety mandates; Advanced adds ISO 3708 compliance for global projects. | Base lacks ISO certifications for non-EU markets. |
Tolerance Precision | Precision engineering, aerospace parts | ±1% tolerance (Base) ▲ ±0.5% (Advanced) Industry standard: ±2% | Base reduces assembly errors by 50% vs industry; Advanced ensures 99.5% fit accuracy. | Advanced production increases manufacturing time/cost. |
Processing Flexibility | Custom fabrication, modular systems | Cutting/Bending/Welding (Base) ▲ CNC Machining/Punching (Advanced) | Base supports basic shaping; Advanced enables complex, high-precision designs (e.g., curved ducts). | Base lacks CNC capabilities for intricate geometries. |
Weight-to-Strength | Lightweight structures, mobile equipment | 2.5 kg/m (Base) ▲ 2.0 kg/m (Advanced) Industry: 3.0 kg/m | Base reduces material costs by 17% vs industry; Advanced lowers weight by 20% without compromising strength. | Advanced versions may require lightweight alloy additives, increasing cost. |