Material Composition | High-rise buildings, coastal areas | Industry Standard: Generic Aluminum (ASTM A366) vs Our Base: Alloy 6063 (ASTM B221) ▲ vs Our Advanced: Alloy 5052 (ASTM B209) ▲▲ (Withstands saltwater corrosion) | Enhanced durability in harsh environments; Base: 30% stronger than standard | Advanced: 20% higher cost; requires specialized installation tools |
Weight | Lightweight construction projects | Industry Standard: 15 kg/m² vs Our Base: 12 kg/m² (50% lighter than steel) ▲ vs Our Advanced: 10 kg/m² (lightest in class) ▲▲ | Reduces structural load; easier installation | Advanced: Thinner material may need reinforcement for heavy cladding |
Sound Absorption | Office buildings, hospitals | Industry Standard: 20 dB vs Our Base: 25 dB ▲ (Quieter than office chatter) vs Our Advanced: 30 dB ▲▲ (Library-level quietness) | Improves acoustics; Base: 25% better than standard | Advanced: May reduce natural light penetration by 15% due to denser perforations |
Fire Resistance | High-rise residential/commercial buildings | Industry Standard: 30 minutes (ASTM E119) vs Our Base: 60 minutes ▲ vs Our Advanced: 120 minutes ▲▲ (Meets NFPA 285) | Extended safety margins; Base: 2x longer fire endurance | Advanced: Adds 10% weight, requiring thicker structural supports |
Chemical Resistance | Industrial zones, chemical plants | Industry Standard: Basic (ASTM D543) vs Our Base: 50+ chemicals ▲ (ASTM F739) vs Our Advanced: 100+ chemicals ▲▲ (ISO 2812) | Base: Resists 50+ chemicals; Advanced: 100% compliance with hazardous zones | Advanced: 30% higher material cost; requires specialized coating |
Certifications | Government/commercial projects | Industry Standard: Basic (RoHS) vs Our Base: RoHS + REACH ▲ vs Our Advanced: RoHS + LEED + CE ▲▲ | Base: Simplifies EU exports; Advanced: Streamlines LEED certification | Advanced: Requires additional third-party testing (adds 2–3 weeks to delivery) |