A process for making a closure for a container, the closure comprising: • a cap having a top portion with an annular skirt depending downward from the top portion and terminating at an annular boundary, the cap defining an interior space within the skirt of the cap; • a polymer orifice reducer, the orifice reducer configured to be disposed over a rim and opening of a container, the orifice reducer having an underside, a topside and at least one dispensing opening providing passage from the underside to the topside, the underside including a downwardly facing annular engagement surface configured to be disposed over an upper engagement surface of the rim and permanently secured thereto, the orifice reducer disposed within the interior space of the cap with the topside of the orifice reducer facing the top portion of the cap, wherein no part of the orifice reducer extends beyond the annular boundary of the cap; and • a flexible, tamper evident seal disposed over at least part of the topside of the orifice reducer, the seal including a first seal section and a second seal section, the first seal section being disposed over at least some area of the topside of the orifice reducer directly above the downwardly facing engagement surface, the second seal section covering the at least one dispensing opening, wherein the seal is more flexible than the orifice reducer, the second seal section being configured to be removed at least in part from the at least one dispensing opening and/or punctured through to provide access to the at least one dispensing opening, the first seal section comprising a material configured to be heated during an induction sealing process so as to cause the engagement surface of the orifice reducer to melt and then harden, to configure the engagement surface of the orifice reducer to permanently adhere to the upper engagement surface of the rim of the container; the process comprising the steps of b. providing the polymer orifice reducer with the flexible tamper evident seal secured to the topside of the orifice reducer, wherein the flexible tamper evident seal had been previously secured to the topside of the orifice reducer by in-mold labeling and/or induction sealing; and c. after step (b), disposing the orifice reducer into the interior space of the cap; or aa. providing the polymer orifice reducer with the flexible tamper evident seal disposed over but not initially secured to the topside of the orifice reducer; bb. after step (aa), disposing the orifice reducer into the interior space of the cap; and cc. subjecting the closure to induction sealing to permanently secure the flexible tamper evident seal to the topside of the orifice reducer. • a cap having a top portion with an annular skirt depending downward from the top portion and terminating at an annular boundary, the cap defining an interior space within the skirt of the cap; • a polymer orifice reducer, the orifice reducer configured to be disposed over a rim and opening of a container, the orifice reducer having an underside, a topside and at least one dispensing opening providing passage from the underside to the topside, the underside including a downwardly facing annular engagement surface configured to be disposed over an upper engagement surface of the rim and permanently secured thereto, the orifice reducer disposed within the interior space of the cap with the topside of the orifice reducer facing the top portion of the cap, wherein no part of the orifice reducer extends beyond the annular boundary of the cap; and • a flexible, tamper evident seal disposed over at least part of the topside of the orifice reducer, the seal including a first seal section and a second seal section, the first seal section being disposed over at least some area of the topside of the orifice reducer directly above the downwardly facing engagement surface, the second seal section covering the at least one dispensing opening, wherein the seal is more flexible than the orifice reducer, the second seal section being configured to be removed at least in part from the at least one dispensing opening and/or punctured through to provide access to the at least one dispensing opening, the first seal section comprising a material configured to be heated during an induction sealing process so as to cause the engagement surface of the orifice reducer to melt and then harden, to configure the engagement surface of the orifice reducer to permanently adhere to the upper engagement surface of the rim of the container; the process comprising the steps of b. providing the polymer orifice reducer with the flexible tamper evident seal secured to the topside of the orifice reducer, wherein the flexible tamper evident seal had been previously secured to the topside of the orifice reducer by in-mold labeling and/or induction sealing; and c. after step (b), disposing the orifice reducer into the interior space of the cap; or aa. providing the polymer orifice reducer with the flexible tamper evident seal disposed over but not initially secured to the topside of the orifice reducer; bb. after step (aa), disposing the orifice reducer into the interior space of the cap; and cc. subjecting the closure to induction sealing to permanently secure the flexible tamper evident seal to the topside of the orifice reducer.