TrafFix Grabber-Cones come in 28" and 42" heights and are ballasted by 10, 16, or 30 lb. Recycled Rubber Bases. Simply drop the Recycled Rubber Base over the cone stem and you're ready to go to work.
The stem of the TrafFix Grabber-Cone is made of flexible, yet durable, fluorescent low density polyethylene material, with UV inhibitors to minimize fading. The recessed areas on the stem protect the reflective bands, minimizing rips and scratches. The extra large flange at the bottom of the stem allows the rubber base to hold it firmly in place.
Stackable
With its reinforced handle design, the Grabber-Cone can support the weight of stacked cones and bases without permanent distortion. Its low density polyethylene material and handle design prevents the cones from sticking together when stacked. The Grabber-Cone can be stack with or without bases.
The extra large flanged bottom supports the cones while in use or when stacked with a rubber base.
Rubber Bases
The composite construction offers strength and durability. Bases are made from 100% Recycled Rubber, and come in 10, 16, and 30 pound varieties. All Recycled Rubber Bases are designed with easy grip handles, and stacking rings for easy storage and transportation.
Features
The Grabber-Cone measures 28" and 42" in height
Made of flexible low density fluorescent polyethylene
Bright orange color molded throughout
UV inhibitors to minimize fading
Grabber handle patented design allows for easy movement and prevents cones from sticking
Stackable for storage and transport
Available with various size and types of reflective sheeting
Available with keyhole slots and plastic barricade panel (42" Grabber-Cone only)
Bases will not crush when run over
Meets Federal MUTCD standards
Parades/crowd control
Narrow work areas
Water/flood control
Lane closures
Tree trimming
Channelize or delineate traffic
Barricade construction work zones
Vehicular or pedestrian traffic control
Parking lot traffic control, striping or resurfacing
Grabber-Cones can accept a standard or "D" cell barricade light.