Heavy Duty Lashing Strap PowerLash 10000, 2-parted; standard ratchet; with double j hook

When Multi-Ton Loads Meet Maximum Safety – PowerLash 10000
Transporting machinery, steel components, or heavy industrial equipment? Then you know: in heavy-duty logistics, there’s no room for instability. The PowerLash 10000 is the heavy-duty ratchet strap engineered precisely for this purpose. With a Lashing Capacity of 5,000 daN in straight pull and double the security in looped lashing, it's the answer when other straps have long reached their limits.

More Power. More Control. More Confidence.
With 75 mm wide webbing, a high-performance pressure ratchet, and profile hooks on both ends, the PowerLash 10000 delivers everything a true heavy-duty lashing strap needs: extreme holding force, rugged construction, and thoughtful ergonomics. The ratchet fits comfortably in your hand and applies tension smoothly and reliably – no endless retightening, no compromises.

The abrasion-resistant polyester strap is made to withstand extreme loads and performs even in the harshest conditions – whether exposed to moisture, dust, or UV rays. In short: a heavy-duty strap built to perform.

Technical Highlights at a Glance
• Heavy-duty ratchet strap, 2-part
• Length: 2.00 m (0.7 m fixed end + 3.3 m loose end)
• Strap width: 75 mm
• Lashing Capacity (LC): 5,000 daN
• End fittings: Profile hooks on both ends
• Ratchet: High-strength pressure ratchet for powerful tensioning
• Material: PES webbing, UV- and abrasion-resistant
• Standard: Compliant with DIN EN 12195-2
• Applications: Mechanical engineering, heavy-duty logistics, steel transport, industrial use

Built for the Big Jobs – Made for Professionals
When you're responsible for several tons, you need products that think ahead – and hold strong. The PowerLash 10000 is more than just a 5-ton heavy-duty strap. It's a promise. To your safety, your load – and your efficiency on the job.

Accessory Tip: More Stability with the Right System
Combine the PowerLash 10000 with an anti-slip mat to increase friction between load and loading surface and significantly reduce the risk of slippage.