Ratchet Load Binder (Our Advanced) | Heavy-duty logistics, construction, intermodal transport | - Alloy material (60,000 PSI tensile strength, ASTM A370) - EPR-certified (complies with Germany’s Packaging Act) - Black painted finish (ISO 12944 corrosion resistance) | ▲ Durability: Resists extreme loads and environmental exposure ▲ Regulatory Compliance: Meets EU environmental standards ▲ Visibility: High-contrast finish for safety | Higher cost vs. basic models |
Hook-and-Loop Strap (Industry Standard) | Light industrial, temporary securing | - Polyester webbing (2,500 lbs breaking strength, ASTM D4966) - Basic hooks (no corrosion protection) | Cost-effective Easy setup without tools | ▲ Load Capacity: Lower than alloy binders ▲ Durability: Susceptible to chemical exposure |
Steel Strap (Our Base) | Automotive, shipping containers | - Galvanized steel (ASTM A153, 50,000 PSI) - Standard length (6 ft ± 2") | ▲ Cost-Effective: Lower price point Rust Resistance: Zinc coating protects against moisture | ▲ Weight: Heavier than webbing or alloy options Adjustment Limitations: Less precise tension control |
Chain Binder (Industry Standard) | Mining, heavy machinery transport | - Carbon steel chain (ASTM A370, 40,000 PSI) - Manual ratchet (no load-sensing features) | ▲ Tensile Strength: Handles extreme weights Durability: Resists abrasion | ▲ Noise: Louder operation (65 dBA vs. 43 dBA in Our Advanced) Complex Setup: Requires expertise for secure fastening |
Webbing Strap (Our Advanced) | Aerospace, fragile cargo | - Aramid-reinforced webbing (5,000 lbs breaking strength, ISO 10544) - EPR-certified (recyclable materials) | ▲ Lightweight: 40% lighter than steel ▲ Chemical Resistance: Withstands 50+ substances (ASTM D543) | Higher cost vs. basic straps Limited Load Capacity vs. alloy binders |
Adjustable Tie-Down (Industry Standard) | Agriculture, flatbed trucks | - Polypropylene rope (1,500 lbs breaking strength, ASTM D4966) - Snap hooks (non-locking) | Portability: Compact storage Cost-Effective | ▲ Slip Risk: Lower grip strength ▲ UV Degradation: Shorter lifespan in sunlight |