Ergo 1" Ratchet Buckle

Save time and energy securing your load with innovative ratchet buckles from Ergolash. The patent-pending mandrel on these new alloy ratchets features an open-shaft design to accommodate strap insertion at any length without having to thread the entire strap end through the mandrel slot. This unique feature does not compromise security and reduces lashing time by a third.

Studies have shown as much as 35 percent of the time required to tie down cargo can be saved through the use of these Ergolash ratchets. This ease-of-use benefit translates to increased productivity and smoother overall operation for the end user. This improved efficiency also frees up more time for other essential tasks, ultimately decreasing labor costs.

This buckle works with 1”W straps, and thanks to a removable bolt, the fixed end can be outfitted with short straps, hook ends, chain tails and other fittings. This versatility makes the buckle ideal for several light-duty tie-down applications. Optimized for comfort with coated and contoured grips, the wide, ergonomic handle reduces the physical effort required during the ratcheting process.

Tested for safety and durability, Ergolash ratchet buckles have been certified by TÜV Rheinland of North America, an independent laboratory accredited by OSHA and NRTL. This certification ensures that a product, service or process complies with the requirements of national, regional and international regulations.

The forged, high-strength alloy material used in the construction of these ratchets ensures long-lasting performance for the life of the ratchet. Give yourself peace of mind knowing this ratchet will do its job, hold up well in demanding environments and minimize downtime from strap failure and damaged equipment.

• Fits 1”W strap width
• Buckle only
• Open slot mandrel design
• Patent-pending
• Reduced lashing time by 35%
• For light-duty tie-down applications
• Ergonomic design
• Optimized wide handle
• Certified by TÜV Rheinland of North America
• Forged high-strength alloy construction