A fiber-reinforced composite laminate for use in electromagnetic welding of molded parts of said laminates, the laminate comprising a plurality of structural layers (11a, 11b,11c, 12a,12b,12c), each formed of electrically conductive fibers embedded in a thermoplastic matrix, wherein eddy currents may be induced in the electrically conductive fibers by an electrical conductor that generates an electromagnetic field; wherein the plurality of structural layers comprises a first, a second and, optionally, a third pair of two adjacently positioned structural layers, wherein - the first pair has an intermediate layer positioned in between the two structural layers (11c, 12c) of the pair, wherein the intermediate layer has an out-of-plane electrical volume resistance R 1, which substantially allows eddy currents to flow between the two structural layers of the first pair; - the second pair has an intermediate layer (13a, 13b, 13c) positioned in between the two structural layers (12a and 11b, 11b and 12b, 12b and 11c) of the pair, wherein the intermediate layer has an out-of-plane electrical volume resistance R 2, which substantially prevents eddy currents from flowing between - the optional third pair does not have an intermediate layer in between the two structural layers of the pair; wherein moreover; - R 1 and R 2 are finite and 0 < R 1 < R 2; - the intermediate layer in each first and second pair differs from the two structural layers in each first and second pair in that the intermediate layer in each first and second pair does not comprise the electrically conductive fibers; and the condition R 1 < R 2 is achieved by having ρ 1. t 1 < ρ 2. t 2 wherein ρ 1 is the electrical volumetric resistivity of the material of the intermediate layer in the first pair, ti is the average thickness of the intermediate layer in the first pair, ρ 2 is the electrical volumetric resistivity of the material of the intermediate layer in the second pair, and t 2 is the average thickness of the intermediate layer in the second pair. molded parts of said laminates, the laminate comprising a plurality of structural layers (11a, 11b,11c, 12a,12b,12c), each formed of electrically conductive fibers embedded in a thermoplastic matrix, wherein eddy currents may be induced in the electrically conductive fibers by an electrical conductor that generates an electromagnetic field; wherein the plurality of structural layers comprises a first, a second and, optionally, a third pair of two adjacently positioned structural layers, wherein - the first pair has an intermediate layer positioned in between the two structural layers (11c, 12c) of the pair, wherein the intermediate layer has an out-of-plane electrical volume resistance R 1, which substantially allows eddy currents to flow between the two structural layers of the first pair; - the second pair has an intermediate layer (13a, 13b, 13c) positioned in between the two structural layers (12a and 11b, 11b and 12b, 12b and 11c) of the pair, wherein the intermediate layer has an out-of-plane electrical volume resistance R 2, which substantially prevents eddy currents from flowing between - the optional third pair does not have an intermediate layer in between the two structural layers of the pair; - the second pair has an intermediate layer (13a, 13b, 13c) positioned in between the two structural layers (12a and 11b, 11b and 12b, 12b and 11c) of the pair, wherein the intermediate layer has an out-of-plane electrical volume resistance R 2, which substantially prevents eddy currents from flowing between - the optional third pair does not have an intermediate layer in between the two structural layers of the pair; wherein moreover; - R 1 and R 2 are finite and 0 < R 1 < R 2; - the intermediate layer in each first and second pair differs from the two structural layers in each first and second pair in that the intermediate layer in each first and second pair does not comprise the electrically conductive fibers; and - R 1 and R 2 are finite and 0 < R 1 < R 2; - the intermediate layer in each first and second pair differs from the two structural layers in each first and second pair in that the intermediate layer in each first and second pair does not comprise the electrically conductive fibers; and the condition R 1 < R 2 is achieved by having ρ 1. t 1 < ρ 2. t 2 wherein ρ 1 is the electrical volumetric resistivity of the material of the intermediate layer in the first pair, ti is the average thickness of the intermediate layer in the first pair, ρ 2 is the electrical volumetric resistivity of the material of the intermediate layer in the second pair, and t 2 is the average thickness of the intermediate layer in the second pair.