Material Composition | Industrial frameworks, electrical systems | Industry Standard: ASTM A36 steel (alloyed, 250 MPa yield strength) Our Base: Q235 steel (non-alloy, 235 MPa) Our Advanced: Q235 + galvanized coating (▲) | Base: Cost-effective for standard loads Advanced: Enhanced corrosion resistance (▲) | Base: Lower corrosion resistance vs alloyed steel Advanced: Slightly higher cost (▲) |
Structural Strength | Heavy machinery support, load-bearing | Industry Standard: 250 MPa yield strength Our Base: 235 MPa (▲) Our Advanced: 235 MPa + thicker gauge (▲) | Advanced: 15% higher load capacity for critical applications (▲) | Base: Limited to medium loads Advanced: Adds weight compared to Base (▲) |
Corrosion Resistance | Outdoor installations, humid environments | Industry Standard: Uncoated steel (ASTM A36) Our Base: Uncoated Q235 (▲) Our Advanced: Zinc-coated (▲) | Advanced: 5x longer lifespan in corrosive conditions (▲) | Base: Requires painting for outdoor use Advanced: Higher upfront cost (▲) |
Weight-to-Load Ratio | Lightweight support systems | Industry Standard: Alloy steel (e.g., ASTM A572) Our Base: Q235 (▲) Our Advanced: Optimized slot design (▲) | Advanced: 10% lighter while maintaining strength (▲) Base: Cost-efficient for budget projects | Base: Heavier than alloy alternatives Advanced: Narrower application range (▲) |
Tolerance Precision | Precision engineering, modular systems | Industry Standard: ±2% tolerance Our Base: ±1% (▲) Our Advanced: ±0.5% (▲) | Base: Better fit for most assemblies (▲) Advanced: Ideal for high-precision robotics (▲) | Base: Slightly less precise than Advanced (▲) |
Customization Options | Custom brackets, bespoke frameworks | Industry Standard: Fixed slot spacing Our Base: Standard slots (50mm spacing) Our Advanced: Customizable slots (▲) | Advanced: Adapts to unique designs (▲) Base: Quick delivery for standard projects | Base: Limited flexibility Advanced: Longer lead times for custom slots (▲) |