NOVELTY - The ceramic and/or powder metallurgy molded parts comprise green sheets that are arranged adjacent to one another and/or above one another, are wrapped by paper and/or textile technological methods and comprise joining seams on their surface. The molded parts are formed in a rod, extruded and/or tubular shape manner. Different ceramic and/or powder metallurgy materials are provided in the green sheets that comprise a structure over a cross-section and/or a length of the molded part graded with respect to the ceramic and powder metallurgy materials.    USE - The ceramic and/or powder metallurgy molded parts are useful for fuel cell elements, filters, and tube laminates for thermally loaded components or ceramic networks.    ADVANTAGE - The ceramic and/or powder metallurgy molded parts can be easily manufactured at low cost with less effort and high flexibility and mechanical stability.    DETAILED DESCRIPTION - The ceramic and/or powder metallurgy molded parts comprise green sheets that are arranged adjacent to one another and/or above one another, are wrapped by paper and/or textile technological methods and comprise joining seams on their surface. The molded parts are formed in a rod, extruded and/or tubular shape manner. Different ceramic and/or powder metallurgy materials are provided in the green sheets that comprise a structure over a cross-section and/or a length of the molded part graded with respect to the ceramic and powder metallurgy materials. The molded parts are wound on cores, mandrels, or free-shaped stencils. The joining seams are provided in the molded parts that are straight, twisted and/or crossed. The ceramic and/or powder metallurgy molded parts further comprise sintered green bodies. An INDEPENDENT CLAIM is included for a method for producing ceramic and/or powder metallurgical molded parts.    DESCRIPTION OF DRAWING(S) - The diagram shows a schematic view of a tubular spool bodies made of five layers of green sheet with mandrel (Drawing includes non-English language text).