NOVELTY - A layered component (S1) (2) is obtained by forming electroconductive layer (4) containing electroconductive polymer (P1) on a substrate (3). Partial covering of portion of electroconductive layer with covering layer (D) (5) comprising polymer (P2), is carried out to obtain covered region(s) (Dd) (6) and non-covered region (Du) (7). The electrical conductivity of electroconductive layer is reduced in portion(s) of non-covered region(s). Partial removal of covering layer (D) is carried out by alkaline aqueous treatment to obtain layered component (S2) (1).    USE - Manufacture of layered component used for manufacture of touch panel, touch screen, antistatic coating and electronic component (all claimed) e.g. organic light-emitting diode and organic solar cell.    ADVANTAGE - The method efficiently provides layered component having with reduced consumption of energy, and of active substances and solvents.    DETAILED DESCRIPTION - A layered component (S1) is obtained by forming electroconductive layer containing electroconductive polymer (P1) on a substrate. Partial covering of portion of electroconductive layer with a covering layer (D) comprising polymer (P2), is carried out from a covering phase to obtain covered region(s) (Dd) and non-covered region (Du) of electrically conductive layer. The electrical conductivity of electroconductive layer is reduced in portion(s) of non-covered region(s) compared with the electrical conductivity of electroconductive layer in covered region(s). Partial removal of covering layer (D) is carried out by alkaline aqueous treatment to obtain layered component (S2). INDEPENDENT CLAIMS are included for the following:    (1) manufacture of layered component (S1); and    (2) layered component (S2).    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view explaining manufacture of layered component.    Layered components (1,2)    Substrate (3)    Electroconductive layer (4)    Covering layer (5)    Covered regions (6)    Non-covered region (7)