The KECO Centipede® Crease tabs are highly versatile for use in large damage dent repair. Their linear design is engineered for repairing crease shaped panel damage along body lines—compatible with both steel and aluminum panels. Centipede tabs are ideal for repairing deep dents and complex damage. Available with both rigid and flexible spines with your choice of rigid ice or flexible blue materials, Centipede tabs are a workhorse and essential for non-invasive collision repair.
Thin Flexible Base - for very shallow dents with extreme changes in body contour; the most flexible of the Centipede crease tabs
Flexible Base and Spine - provides flexibility shallow dents with extreme changes in body contour
38 mm Smooth Face - allows the glue to adhere for the strongest possible pull and hold
Blue Material - flexible formula allows for a solid pull and vibration absorbing hold
The KECO Centipede Crease tabs are a highly versatile glue tab that permits the technician to work large dent in small increments. Techs have the ability to carefully pull stubborn creases within peaks and valleys created by lines of smaller crease or hail tabs. The articulated design of the Centipede permits flexibility to match gentle contours or adhere to deep dents.
Available adapters allow Centipedes to be pulled with the KECO K-Bar®, K-Beam®, K-Beam Jr.®, industry standard slide hammers, mini-lifters, and even a rope ratchet and chains.
GREEN cold glue is a glue developed to work in temperatures colder than 5°C.
A world pioneer in cold glue for paintless dent repair, developed by Sérgio Pillon.
Ideal for automotive repairs, the Cold Glue system was created to assist technicians in precise and quick repairs, pulling out both simple and complex dents.
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
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
