NOVELTY - Electrode comprises a conductive material-doped ester-cured alkaline phenolic resole resin containing conducting alkaline salts.    USE - The electrode is used in electrical device, e.g. cell, battery having at least 2 cells, or capacitor (claimed). It is also used in electrochemical cells, separators, bipolar plates, electromagnetic shields and anti-static products.    ADVANTAGE - The inventive electrode is improved, more efficient, less expensive, more flexible, and high volume process to manufacture. The conductive material-doped ester-cured alkaline phenolic resole resin containing conducting alkaline salts can be molded at room temperature so that production process is faster, simpler and less costly; can be molded under low and high pressures; requires no machining and has good material strength; cheap producing cost savings; and provides high volume production rates and permits large scale bulk products.    DETAILED DESCRIPTION - INDEPENDENT CLAIMS are also included for:    (1) separator plate for a fuel cell having flow field for directing gas flow comprising an ester-cured alkaline phenol resole resin containing conducting alkaline salts;    (2) electrolyte (2) for electrical device (1) comprising an ester-cured alkaline phenolic resole resin containing conducting alkaline salts;    (3) electrical device comprising negative and positive electrodes (3a, 3b), electrolyte mechanism, and optionally separator and/or bipolar plate;    (4) use of foamed three-dimensional (3-d) form of a conductive-material doped ester-cured alkaline phenolic resole resin containing conducting alkaline salts as the electrode, electrolyte, and electromagnetic shielding material;    (5) method of suppressing electromagnetic interference in an electronic product comprising shielding the electronic product with an ester-cured salt-containing alkaline resole resin; and    (6) method of preventing electrostatic discharge at a location comprising providing an ester-cured salt-containing alkaline resole resin at the location.    DESCRIPTION OF DRAWING(S) - The figure shows an electrical device.    Electrical device (1)    Electrolyte (2)    Electrodes (3a, 3b)    Electrical connectors (4a, 4b)