Patented Dead Center Technology - the specialized neck to face ratio provides the best possible rigid center pull with flex along the edges to avoid overpulling
70 x 14 mm Smooth Face - allows glue to adhere for the strongest possible pull
Ice Material - extremely strong and rigid formula allows for incredible pull strength and maximum energy transfer
Length: 24" (60.9cm) Diameter: 1/2" (1.27cm) Includes: R4 tip
1/2” diameter double bend rod that accepts all the interchangeable tips we manufacture.
The pipe handle is perpendicular to the bends and threaded to accommodate one or two handle extensions, for added leverage.
The overall length of the bends is 4 inches (with a tip) and the combined angle is 80 degrees.
Note: A recommended use of the RDI24 would be to stack a combination of E1, E2, and E3 Extension Tips for putting your desired tip closer to the dent when leveraging off a front tire on fenders. This will also allow your hand to keep from hitting the tire when working.
Dent Reaper Dead Center Hex Tabs combine the amazing Dead Center Technology developed by Keco with a design twist from Jon Videen at Dent Reaper. The stepped tab face increases the strength in the center of the tab while providing extra adhesion power and flex at the tab edges.
Patented Dead Center Technology - the specialized neck to face ratio provides the best possible rigid center pull with flex along the edges to avoid overpulling
Hexagonal Tab Shape - extreme strength and rigidity, perfect for pulling on panel edges and prevents unused tabs from rolling
Stepped Tab Thickness - increases force at the center of the pull while increasing adhesion with a larger total surface area
KECO Ice Material - extremely strong and rigid formula.
Patented Dead Center Technology - the specialized neck to face ratio provides the best possible rigid center pull with flex along the edges to avoid overpulling
45 x 7 mm Smooth Face - allows glue to adhere for the strongest possible pull
Ice Material - extremely strong and rigid formula allows for incredible pull strength and maximum energy transfer
