The big round tab for PDR cold glue Glexo v2 has a diameter of 50mm/ 1.97" and is used in PDR to work with Glexo cold glue. The tab is made of high-strength stainless steel, has a great appearance and high reliability. The working surface is polished to improve the adhesion of PDR cold glue, which eliminates its separation from the tab during operation. The tab is equipped with a patented proprietary quick fastening system with an O-ring for reliable and quick fixation. Fastening to the slide hammer is simple and intuitive, it is carried out by twisting movements after inserting the asymmetric nut of the tab into the seat of the slide hammer.
KECO Heavy Duty SuperTabs® are designed for deep dent and body damage. These extremely heavy duty tabs take dent pulling and auto body work to the next level. The threaded stafast system allows the use of interchangeable adapters and compatibility with the KECO K-Bar, K-Beam®, industry standard slide hammers, mini-lifters, and even a rope ratchet and chains
Tab Variety Pack - A variety of sizes and shapes to tackle dents both big and small
Threaded Stafast System - provides a solid, positive lock between the tab base and interchangeable lifting mechanisms and adapters
Smooth Face - allows the glue to adhere for the strongest possible pull
Blue Material - flexible formula allows for a solid pull and vibration absorbing hold
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
55 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
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 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
