NOVELTY - The method involves forming formable element comprising network of high aspect ratio molecular (HARM) structures (4). The formable element are arranged in conformal manner onto structure and by pressing and vacuum sealing formable element on three-dimensional surface of HARM structure, for producing conformal and electrically conductive or semi-conductive element (6).    USE - Method for production of electrically conductive or semi-conductive element on structure such as casing, display, display component, transistor, integrated circuit, antenna, photovoltaic device, memory element, memory device, transmitter, populated printed circuit board, flexible connector in electronic device, display or light source, thermo acoustic speaker, mobile phone, computer, sales or information kiosk, product package, household appliance, window, dashboard, steering wheel, car structure, helmet and visor used in electrostatic dissipation layer (ESD), electrode in battery, supercap, fuel cell, touch sensor, haptic interface, display or solar cell, charge carrier separation layer in solar cell, charge carrier recombination layer in display, field emission layer in display, charge carrier transport layer in touch screen, haptic interface, thermo acoustic speaker, source, drain and gate electrodes in transistor, backplane or integrated circuit (all claimed).    ADVANTAGE - By pressing and vacuum sealing formable element on three-dimensional surface of high aspect ratio molecular structure, good control of shielding effect over the entire area of the shield can be achieved. The production and the integration in production line can be cheapen and can be made easier. The design limitations can be avoided, by allowing mechanical flexibility.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for electrically conductive or semi-conductive element.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of the conformal element arranged in HARM structure.    HARM structure (4)    Conformal element (6)    Connecting pins (7a,7b)