(WO200024068-A1)   NOVELTY - Paste material for use in electrochemical components comprises a heterogeneous mixture of (A) a matrix containing organic polymer(s) or their precursor(s) or prepolymer(s), (B) electrochemically activatable, essentially inorganic liquid which is essentially a non-solvent for (A) and optionally (C) a solid powder which is inert towards (B).    USE - Laminates based on this material are used in primary, secondary or decomposition batteries, preferably with layer thicknesses of 10 microns to 2 mm; layers based on this material are also used in low temperature fuel cells, solar cells or electrochemical sensors, especially sensors for moisture measurement (claimed).    ADVANTAGE - Paste material which already contains conductors (especially electrolytes or at least one electrode) in liquid form, suitable for the production of electrochemically activatable layers in ready-to-use electrochemical components for a wide range of batteries and other products. These components, preferably in the form of film laminates, show very good conductive properties and optionally high flexibility; they cannot run out and therefore eliminate the need for sealed housings.    (DE19908532-C2)   NOVELTY - Paste material for use in electrochemical components comprises a heterogeneous mixture of (A) a matrix containing organic polymer(s) or their precursor(s) or prepolymer(s), (B) electrochemically activatable, essentially inorganic liquid which is essentially a non-solvent for (A) and optionally (C) a solid powder which is inert towards (B).    USE - Laminates based on this material are used in primary, secondary or decomposition batteries, preferably with layer thicknesses of 10 microns to 2 mm; layers based on this material are also used in low temperature fuel cells, solar cells or electrochemical sensors, especially sensors for moisture measurement (claimed).    ADVANTAGE - Paste material which already contains conductors (especially electrolytes or at least one electrode) in liquid form, suitable for the production of electrochemically activatable layers in ready-to-use electrochemical components for a wide range of batteries and other products. These components, preferably in the form of film laminates, show very good conductive properties and optionally high flexibility; they cannot run out and therefore eliminate the need for sealed housings.