Material Composition | Temporary housing, office spaces | ▲ Industry: Basic steel frames (ASTM A36) ▲ Base: Steel + 50mm EPS sandwich panels (ISO 16281) ▲ Advanced: High-grade steel + 75mm polyurethane (ASTM C578) | Base: Enhanced durability and insulation Advanced: Superior thermal resistance and corrosion protection | Advanced version increases material costs by ~20% |
Structural Integrity | High-wind zones, equipment storage | ▲ Industry: 1.5 kPa load capacity (ASCE 7-16) ▲ Base: 2.0 kPa ▲ Advanced: 2.5 kPa | Base: Safe for moderate loads Advanced: Withstands extreme weather and heavy machinery | Base requires minimal reinforcement; Advanced needs specialized installation |
Thermal Efficiency | Cold climates, energy-sensitive projects | ▲ Industry: R-10 insulation (ISO 8301) ▲ Base: R-15 ▲ Advanced: R-20 | Base: Reduces heating/cooling costs by 15% Advanced: Achieves 30% energy savings | Advanced panels add 10% to material thickness, limiting space |
Noise Reduction | Office buildings, hospitals | ▲ Industry: 45 dBA (ASTM E90) ▲ Base: 40 dBA ▲ Advanced: 35 dBA (quieter than a refrigerator hum) | Base: Suitable for open-plan offices Advanced: Ideal for sound-sensitive environments | Advanced requires acoustic sealants, increasing labor time by 15% |
Customization Flexibility | Unique layouts, tech-integrated spaces | ▲ Industry: 3 pre-designed layouts ▲ Base: 10+ modular layouts (ISO 15693) ▲ Advanced: Bespoke designs + smart tech integration (IEC 61439) | Base: Faster deployment than custom builds Advanced: Tailored to client specifications | Advanced customization doubles design phase duration |
Installation Speed | Emergency shelters, tight deadlines | ▲ Industry: 4–6 weeks (traditional methods) ▲ Base: 2 weeks ▲ Advanced: 1 week (prefabricated components) | Base: 50% faster than conventional construction Advanced: Delivers projects 75% quicker | Advanced requires on-site coordination for rapid assembly |