Print
    DICA FIBER TECH OUTRIGGER PADS New Outrigger Mat Pads and Cribbing for saleDICA FIBER TECH OUTRIGGER PADS New Outrigger Mat Pads and Cribbing for sale
    DICA FIBER TECH OUTRIGGER PADS New Outrigger Mat Pads and Cribbing for saleDICA FIBER TECH OUTRIGGER PADS New Outrigger Mat Pads and Cribbing for sale
    DICA FIBER TECH OUTRIGGER PADS New Outrigger Mat Pads and Cribbing for saleDICA FIBER TECH OUTRIGGER PADS New Outrigger Mat Pads and Cribbing for sale
    Photos(3)

    DICA FIBER TECH OUTRIGGER PADS

    Call for price 

    Seller Information

    View Seller Information

    Empire Crane

    Contact:Paul Lonergan

    Syracuse, New York 13212

    visit our website

    General

    Category
    Outrigger Mat Pads and Cribbing
    Manufacturer
    DICA
    Model
    FIBER TECH OUTRIGGER PADS
    Condition
    New
    Description
    Designed to be moved by hand, and provide greater rigidity at a lower overall outrigger pad weight. 13+ layers of quad axial continuous glass fibers and vinyl ester resin are combined to give FiberTech® Outrigger Pads exceptional structural strength and stiffness to distribute loads over larger areas. Comparatively speaking, a one-inch thick FiberTech Outrigger Pad weighs 25% less than a three-inch thick SafetyTech Pad (same area) and provides the same load distribution performance. Made in the USA. Up to 600 psi crush ratings and 170,000 lbs. rated capacities. FRP material, TuffGrip Handles, industrial grade safety texturing, and non-conductive. FiberTech Outrigger Mats are easy to clean and do not absorb bacteria or other pollutants which eliminates site-to-site contamination. ------------------------ SUPER DUTY Equipment: Off Rubber, Concrete Pump Trucks, Aerial Lifts, Digger Derricks, Boom Trucks, Self Erecting Tower Cranes, Mobile Substations, Rock Crushers, Scaffolding, Service Trucks, Tow Trucks, Forestry Trucks, Well Drilling Trucks, Knuckle Boom Cranes, Carrier Mounted Tower Cranes. Typical Use: Medium sized equipment with reaction forces up to 100,000 lbs. Stability and load distribution needs are high.