Material Type | Marine environments, fishing boats | Industry Standard: Fiberglass (ASTM D543, 50+ chemical exposures) ▲ Base: PS 1.5mm (ASTM D543, 30 exposures) ▲ Advanced: PS 2.0mm + UV coating (ASTM D543, 40 exposures) | Lightweight (PS: 20% lighter than fiberglass) ▲ Advanced UV coating extends lifespan | Base version less durable (PS: 5-year lifespan vs Fiberglass 10 years) |
Weight | High-speed boats, portable use | Industry Standard: Fiberglass (2.5 kg/m²) ▲ Base: PS 1.5mm (2.0 kg/m²) ▲ Advanced: PS 2.0mm (1.8 kg/m²) | Improved speed/fuel efficiency (1.8 kg/m² = 28% lighter than fiberglass) | Base may compromise load capacity (PS max load: 500kg vs Fiberglass 800kg) |
Customization | Custom boat designs | Industry Standard: Mold-based (limited shapes) ▲ Base: Cutouts/reinforcements (ISO 3801, 24hr turnaround) ▲ Advanced: Integrated components (ISO 3801, 48hr complex designs) | Tailored to specific needs (e.g., fishing equipment mounts) | Advanced customization increases cost by 30% |
UV Resistance | Boats in sunny regions | Industry Standard: Fiberglass (ASTM G154, 1000h exposure) ▲ Base: PS (500h) ▲ Advanced: PS + UV coating (1500h) | Advanced version lasts 50% longer than industry standard (1500h ≈ 5 years Florida sun) | Base version may yellow/脆化 after 2 years |
Water Resistance | Saltwater/freshwater environments | Industry Standard: Fiberglass (ASTM D570, 0.5% water absorption) ▲ Base: PS (0.3%) ▲ Advanced: PS + sealant (0.1%) | Advanced version prevents mold/corrosion (0.1% absorption = 80% better than PS Base) | Base may swell in prolonged saltwater exposure |
Thermoforming Process | Custom boat production | Industry Standard: Injection molding (high initial cost) ▲ Base: Thermoforming (ISO 1268-1, $500/unit setup) ▲ Advanced: Vacuum forming (ISO 1268-1, $800/unit, higher precision) | Cost-effective for small batches (Base: $500 setup vs Injection Molding $2000) | Advanced process requires specialized equipment |