NOVELTY - Making a framed flat electrode by injection molding involves placing a flat piece of electrode material (1) on a shrinkage-free under mold frame (4) and attaching it in a manner which prevents the piece and the frame from moving relative to each other, thereby providing an under mold frame assembly; over molding the under mold frame assembly by injecting a molten resin into an over molding cavity which contains the assembly to fill the cavity with the molten resin to provide a frame of resin on at least an electrode material side of the assembly; and solidifying the resin.    USE - For making framed flat electrode for fuel cell (claimed) e.g direct liquid fuel cells.    ADVANTAGE - The under mold frame is designed in such manner as to provide high structural strength and stability to assist in maintaining the straightness and flatness of the piece of electrode material within the frame. The completion of shrinkage and a full dimensional stability and accuracy of the under mold frame greatly contribute to the production of a framed electrode with a liquid-tight seal and without warping and/or distortion of the electrode material.    DETAILED DESCRIPTION - Making a framed flat electrode by injection molding involves placing a flat piece of electrode material (1) on a shrinkage-free under mold frame (4) and attaching it in a manner which prevents the piece and the frame from moving relative to each other, thereby providing an under mold frame assembly; over molding the under mold frame assembly by injecting a molten resin into an over molding cavity which contains the assembly to fill the cavity with the molten resin to provide a frame of resin on at least an electrode material side of the assembly; and solidifying the resin. The piece of electrode material is attached to the under mold frame by employing at least one of positioning features, heat stacking and welding. The piece of electrode material and the under mold frame are provided with positioning features. The over molding cavity is designed to allow shutoff against the piece of electrode material and the under mold frame. The molten resin comprises a filler. The electrode material comprises carbon, an oxidation or reduction catalyst and a binder. The catalyst comprises a metal. The binder comprises a polymeric binder. An INDEPENDENT CLAIM is included for a method of providing a fuel cell with a framed electrode involving arranging framed electrodes inside a fuel cell housing.    DESCRIPTION OF DRAWING(S) - The figure shows a perspective view of the finished framed electrode.    electrode material (1)    current collector element (3)    under mold frame (4)    over mold part. (6)