NOVELTY - A composition comprises a polymer covalently bonded to the side walls of carbon nanotubes.    USE - In articles containing a wafer carrier for transporting semi-conductor wafers; in bipolar plates useful in electrochemical cells; and in electrodes (Claimed).    ADVANTAGE - The transparency of the polymer is not affected by the carbon nanotubes. The composite reduces electrostatic discharge relative to carriers made of plastic. The compositions impart greater chemical inertness, transparency and water resistance. The compositions exhibit improved physical properties such as electrical conductivity, enhanced tensile strength, thermal stability, resistance to chemical degradation and transparency. Articles formed by polymer/nanotube composites and/or articles having a nanotube coating have enhanced electrical and mechanical properties. Due to improved wear properties, some articles such as, containers, made from coating of polymer/nanotube composites can be refurbished and reused without a significant reduction of the mechanical and electrical properties of the container over reasonable time periods. The containers made from the compositions have the ability to reduce electrostatic discharge without the transparency of the container being compromised. The containers can be reused repeatedly i.e. recycled without losing the electrically conductive properties. Thus, products made from the compositions can be recycled and formed into recycled products, which retain the electrical products of the original product through many uses. Thus, the products may be less expensive to use relative to products that can only be used one or a few times without reapplying the electrically conductive coating.    DETAILED DESCRIPTION - INDEPENDENT CLAIMS are included for the following:    (1) a liquid dispersion (I) comprising ethyl vinyl acetate and carbon fibers;    (2) a liquid dispersion (II) comprising poly(vinyl alcohol) and carbon fibers;    (3) an article comprising a polymer and fluorinated carbon nanotubes;    (4) formation of a composite involving injecting a liquid dispersion (III) of carbon fibers within an extruder having a polymer within the extruder and applying shear to blend the carbon fibers and the polymer;    (5) a wafer carrier comprising a slot for the support of a wafer, where the slot comprises wafer contact points having a surface with a composite of polymer associated with carbon nanotubes; and    (6) a fuel cell comprising a bipolar plate having a composite of polymer associated with carbon nanotubes.