IRON APE Strong and Durable Stainless Steel Replacement Lifting Belt Lever Buckle for Weightlifting and Powerlifting Belts - Fits 10mm and 13mm Belts

STAINLESS STEEL REPLACEMENT LEVER BUCKLE Each piece of the IRON APE replacement lever is made from solid stainless steel. This provides additional strength over inferior levers which are cast into shape from melted alloys. Typically, cast metal levers are more porous than levers made of solid metal, which introduces weak points, making cast levers more susceptible to failure when put under pressure The IRON APE stainless steel lever is designed to survive repeated heavy lifts without breaking or shattering, and can be fitted to most standard lever belts in 10mm or 13mm thicknesses. The pins are also made from stainless steel, to give the hinge mechanisms increased strength Measurements: See illustrations within the listing for more information Distance between mounting screw holes: 0.7 inches/18 mm Distance between hook prongs: 0.7 inches/18 mm Distance between hook prongs and stabilizing prongs (the prongs without the hooks): 0.9 inches/24 mm Package contents: 1 Stainless steel lever 1 Stainless steel backing plate 2 mounting screws (Lifting Belt not included) Key Features STRONG & RELIABLE Each component of our stainless steel levers is made from a solid piece of stainless steel, providing superior strength and reliability during even the heaviest lifts MATERIAL & FINISH Made of stainless steel with a brushed finish, and laser etched IRON APE logo for a high quality look and feel UPGRADE Upgrade your existing 10mm or 13mm power and weight lifting belt with one of these buckles. Fixing holes compatible with most belts - see the images with dimensions above Read more Don't compromise on quality Cheaper levers are made from melted metal alloys cast into a mould, making the steel weaker and more susceptible to fractures which ultimately lead to failure, often occurring during a lift when the belt is under the most pressure Stainless steel is stronger, more solid and less prone to cracking and fracturing. Read more