(JP10237255-A)      Electrically conductive composite article comprises a main body containing (a) polytetrafluoroethylene (PTFE) and (b) electrically conductive particles and (c) an elastomer material disposed within the main body.    USE -   As electrically conductive grounding and shielding material, in battery and fuel cell applications, as a catalytic material, as a flow through electrode in electrolyte systems, instrumentation applications, electrofiltration applications, microwave applications, and antenna systems or strip lines. Particular use is as EMI shielding gaskets in pocket pagers, cellular phones, laptop computers and wireless local area networks.    ADVANTAGE -   The addition of elastomer material provides articles that are permanently and continuously conductive throughout the entire structure, and which are flexible with increased z-strength and tensile strength and have a degree of resilience. The article has a main body that may be easily formed into any suitable shape or thickness.    (US6210789-B1)      Electrically conductive composite article comprises a main body containing (a) polytetrafluoroethylene (PTFE) and (b) electrically conductive particles and (c) an elastomer material disposed within the main body.    USE -   As electrically conductive grounding and shielding material, in battery and fuel cell applications, as a catalytic material, as a flow through electrode in electrolyte systems, instrumentation applications, electrofiltration applications, microwave applications, and antenna systems or strip lines. Particular use is as EMI shielding gaskets in pocket pagers, cellular phones, laptop computers and wireless local area networks.    ADVANTAGE -   The addition of elastomer material provides articles that are permanently and continuously conductive throughout the entire structure, and which are flexible with increased z-strength and tensile strength and have a degree of resilience. The article has a main body that may be easily formed into any suitable shape or thickness.