KEVLAR engineered elastomer enables the compounder and designer to achieve performance, properties and designs not possible in the past. Compounds have been engineered to improve wear and abrasion, achieve better frictional properties, improve tear, improve shear resistance, replace reinforcing fabric, reduce part thickness, or lower rolling resistance.

          1F722 Natural Rubber
          1F724 Styrene Butadiene Rubber
          1F770 Acrylonitrile Butadiene Rubber

          1F723 Neoprene GW
          1F735 Neoprene GRT
          1F819 Neoprene WRT


          1F1168 Neoprene GRT
          1F1234 Neoprene GW
          1K1239 Engage^® 8400

Oil-resistant rubbers. G Types have best tear strength and flex crack resistance. W Types have best heat aging and compression set resistance. T Types contain gel for best processing, with RT Types resistant to crystallization at low temperature. Neoprene W is a general purpose polymer. Different viscosity versions are shown below the main types. Other grades are available for more specialized applications, including latex and adhesive polymers.

Engineered Elastomer Presentations:

    KEVLAR^® Engineered Elastomer for Tire Reinforcement

    KEVLAR^® Engineered Elastomer for Reinforcement of Rubber Roll Covers

    DuPont^TM KEVLAR^® engineered elastomer

    KEVLAR^® Engineered Elastomer Technical Bulletin

    KEVLAR^® Brand Engineered Elastomer - The Product and its Applications

    KEVLAR^® Engineered Elastomer End Uses

KEVLAR^® is a registered trademark of E. I. du Pont de Nemours and Company
ENGAGE^® is a registered trademark of The Dow Chemical Company