Material Composition | Heavy machinery durability | Industry Standard: Steel (ASTM A36) Our Base: Steel (ASTM A36) Our Advanced: Alloy Steel (ASTM A532) ▲▲▲ | Advanced: 30% higher tensile strength (▲▲▲) Base: Cost-effective for standard loads | Base: Less corrosion resistance vs Advanced Advanced: 20% higher cost |
Brand Compatibility | Multi-brand equipment support | Industry Standard: Brand-specific (e.g., Caterpillar-only) Our Base: 3 brands (e.g., Hyundai, Volvo, JCB) Our Advanced: 5 brands (all listed) ▲▲ | Advanced: Universal fit (▲▲) Base: Wider adoption than industry norms | Industry: Limited to single-brand ecosystems |
Durability | High-cycle operation environments | Industry Standard: 1,500 hours (ISO 12183) Our Base: 1,000 hours Our Advanced: 2,000 hours ▲▲▲ | Advanced: 33% longer lifespan (▲▲▲) Base: Meets baseline industrial demands | Base: Requires frequent replacement vs Advanced |
Weight | Portability vs Strength Balance | Industry Standard: 12 kg (ISO 10245) Our Base: 14 kg Our Advanced: 10 kg ▲▲▲ | Advanced: 25% lighter (▲▲▲) without compromising strength Base: Heavier but cost-optimized | Industry: Compromises on portability Base: Higher shipping costs |
Load Capacity | Heavy-load applications | Industry Standard: 6 tons (EN 13431) Our Base: 5 tons Our Advanced: 8 tons ▲▲▲ | Advanced: Handles mining-grade loads (▲▲▲) Base: Suitable for agriculture/construction | Base: Limited to lighter tasks Advanced: Requires robust machinery compatibility |
Corrosion Resistance | Harsh environmental use | Industry Standard: 200 hours salt spray (ASTM B117) Our Base: 150 hours Our Advanced: 300 hours ▲▲▲ | Advanced: 50% better corrosion resistance (▲▲▲) Base: Standard for dry environments | Base: Rust-prone in wet conditions Advanced: Premium coating adds cost |