Material Composition | Shoe repair for high-impact areas | Industry Standard: Pine wood (500 kg/m³) Our Base: High-density oak (700 kg/m³)▲ Our Advanced: Treated beech (850 kg/m³)▲▲ | Enhanced durability and stability for heavy use. Resists warping (ISO 3112). | Higher cost for premium woods. Requires specialized tools for installation. |
Noise Reduction | Formal events, office environments | Industry Standard: 45 dBA (loud footsteps) Our Base: 38 dBA▲ (reduces clatter) Our Advanced: 32 dBA▲▲ (whisper-quiet) | Minimizes noise in quiet environments. ISO 140-9-certified sound dampening. | Slight weight increase in Advanced version. |
Chemical Resistance | Industrial or chemical-exposed footwear | Industry Standard: Uncoated (ASTM D543: 10+ chemicals) Our Base: Coated (ASTM D543: 30+ chemicals)▲ Our Advanced: Triple-layer coating (ASTM D543: 50+ chemicals)▲▲ | Protects against spills and harsh environments. Longer lifespan in corrosive settings. | Coating adds thickness, may require wider shoe sizing. |
Durability | Daily wear, athletic shoes | Industry Standard: 5,000 steps lifespan Our Base: 12,000 steps▲ Our Advanced: 20,000 steps▲▲ | Outperforms competitors in longevity. Meets MIL-STD-810G wear resistance. | Base version may wear unevenly under extreme pressure. |
Customization | Custom footwear, orthopedic needs | Industry Standard: One-size fits all Our Base: 3 size tiers▲ Our Advanced: CAD-molded to foot scans▲▲ | Tailored fit reduces discomfort. Supports arch/heel-specific adjustments. | Advanced customization requires professional fitting. |
Weight-to-Strength Ratio | Lightweight footwear, hiking boots | Industry Standard: 2.1 g/cm³ (bulky) Our Base: 1.8 g/cm³▲ Our Advanced: 1.5 g/cm³▲▲ (lightweight yet rigid) | Reduces foot fatigue. ISO 527-2 tensile strength certification. | Base version may flex slightly under heavy loads. |