Tri-Vision Billboard | High-traffic urban areas, commercial hubs | Material: Steel (ASTM A36, Industry Standard) ▲ Aluminum 6061-T6 (Base, 150 MPa) ▲▲ Aluminum 7075-T6 (Advanced, 570 MPa) Weight: 250 kg (Steel) ▲ 180 kg (Base) ▲▲ 140 kg (Advanced) | Base: 40% lighter than steel; Advanced: aerospace-grade corrosion resistance | Base may require recoating in coastal zones; Advanced has 20% higher cost |
Digital Billboard (LED) | Major highways, city centers | Brightness: 5000 nits (Industry Standard) ▲ 6000 nits (Base) ▲▲ 8000 nits (Advanced, ISO 21348 compliant) | Base: 20% brighter than standard; Advanced: 60% better daytime visibility | Base consumes 15% more power; Advanced requires专业 maintenance |
Modular Billboard | Temporary events, construction sites | Assembly Time: 8 hours (Industry Standard) ▲ 4 hours (Base) ▲▲ 2 hours (Advanced, pre-drilled joints) | Base: 50% faster setup; Advanced: fully stackable for transport | Base modules may warp in extreme heat; Advanced lacks customization flexibility |
Solar-Powered Billboard | Remote areas, eco-conscious zones | Solar Efficiency: 18% (Industry Standard) ▲ 21% (Base) ▲▲ 24% (Advanced, monocrystalline panels) | Base: 30% lower energy costs; Advanced: 50% reduced grid dependency | Base needs 8+ hours sunlight; Advanced has higher upfront investment |
High-Durability Billboard | Harsh coastal/industrial zones | Corrosion Resistance: 500 hours (Salt Spray Test, Industry Standard) ▲ 1000 hours (Base) ▲▲ 2000 hours (Advanced, 316L stainless steel) | Base: 2x longer lifespan in corrosive environments; Advanced: 4x durability | Base adds 10% weight; Advanced requires专业 installation |
Traditional Billboard (Static) | Rural areas, low-traffic zones | Material: PVC (Industry Standard) ▲ Aluminum 5052 (Base, 130 MPa) ▲▲ Aluminum 6061 (Advanced, 240 MPa) | Base: 30% stronger than PVC; Advanced: 50% lighter than wood alternatives | Base may delaminate in UV-heavy regions; Advanced lacks cost-effectiveness |