Material Composition | Heavy industrial lifting (e.g., mining) | Industry Standard: High-strength alloy steel (ASTM A36) Our Base: Carbon steel (ASTM A36) Our Advanced: Stainless steel (ASTM A240) | ▲ Advanced: Corrosion resistance (ideal for harsh environments) Base: Cost-effective strength (420 MPa yield) | ▲ Standard/Base: Susceptible to rust in wet conditions without coating |
Structural Design | Crane integration, load balancing | Industry Standard: I-beam design (ASME B30.20) Our Base: H-shaped (custom spec) Our Advanced: Reinforced H-beam with stress points (custom) | ▲ Advanced: 20% higher torsional stability (tested via ISO 10243) Base: Wider base for uneven loads | ▲ Standard: Narrower base limits load distribution flexibility |
Load Capacity | Heavy machinery transport | Industry Standard: Up to 5 tons (ISO 4309) Our Base: 6 tons Our Advanced: 8 tons (▲ +33% from Base) | ▲ Advanced: Supports 12m load spans (per EN 13414) Base: Meets OSHA requirements for warehouse use | ▲ Standard/Base: Requires frequent inspections at max capacity |
Attachment Points | Multi-hook configurations | Industry Standard: Fixed hooks Our Base: Adjustable hooks (ISO 10243) Our Advanced: Multi-position adjustable (custom) | ▲ Advanced: 5+ attachment positions (patented pivot system) Base: 360° rotation capability | ▲ Standard: Limited to 2 fixed hook orientations |
Safety Features | High-risk lifting operations | Industry Standard: Basic safety latch Our Base: Dual safety latch + load sensors Our Advanced: Smart sensor system with real-time monitoring | ▲ Advanced: Auto-shutdown at 90% capacity (ISO 13850 compliant) Base: Audible overload alerts | ▲ Standard: Manual inspection required for load verification |
Versatility/Customization | Custom load configurations | Industry Standard: Limited customization Our Base: Modular design (ISO 9001) Our Advanced: Fully customizable (custom) | ▲ Advanced: Field-installable accessories (e.g., spreader bars) Base: Pre-configured for common use cases | ▲ Standard/Base: Requires professional re-engineering for modifications |