Material Composition | Marine infrastructure, floating homes | Industry Standard: Recycled plastic (ASTM D790 flexural strength 35 MPa) Our Base: HDPE (ASTM D6470, 40 MPa) Our Advanced: UV-stabilized HDPE (ASTM D4226, 45 MPa) | ▲▲▲ Enhanced durability for saltwater exposure ▲▲ Lighter than steel alternatives | ▲ Base version may degrade faster in extreme UV zones |
Weight-to-Strength Ratio | Transportable watercraft, modular builds | Industry Standard: 25 kg/m² (ISO 8494) Our Base: 22 kg/m² Our Advanced: 18 kg/m² (with hollow-core design) | ▲▲▲ Easier deployment in shallow canals ▲ Reduces towing fuel costs | ▲ Advanced version requires reinforced anchoring systems |
UV Resistance | Tropical regions, long-term deployments | Industry Standard: 5000 hours (ASTM G154) Our Base: 6000 hours Our Advanced: 8000 hours (with carbon-black additive) | ▲▲▲ Maintains structural integrity in equatorial climates | ▲ Base lacks advanced additives for extreme UV zones |
Noise Dampening | Residential houseboats, eco-tourism | Industry Standard: 45 dBA (ISO 140-11) Our Base: 40 dBA Our Advanced: 35 dBA (with neoprene padding) | ▲▲▲ Quieter than boat engines (35 dBA ≈ whisper) ▲ Reduces noise pollution in wildlife areas | ▲ Advanced version adds 15% to cost |
Mobility | Rental platforms, temporary pontoons | Industry Standard: Fixed anchoring Our Base: Adjustable ballast system Our Advanced: Electric winch system (CE-certified) | ▲▲▲ Rapid repositioning for event setups ▲ Base allows seasonal depth adjustments | ▲ Advanced requires trained operators for winch use |
Sustainability | Eco-resorts, zero-emission projects | Industry Standard: Non-recyclable additives Our Base: 90% recyclable HDPE Our Advanced: Bio-based HDPE (30% plant polymer) | ▲▲▲ Meets EU Circular Economy Directive ▲ Base reduces carbon footprint by 25% | ▲ Advanced has 10% lower load capacity vs. standard |