A dispensing closure comprising: a closure body including a central upper deck and a peripheral lower deck connected by an integrally formed skirt which depends downwardly from said upper deck and merges into said lower deck, an outer skirt depending below and integrally formed with said lower deck, said outer skirt being configured and arranged to mount to a product container, a flow conduit extending through said upper deck, said flow conduit including an exit orifice having an exit axis, said flow conduit including a plurality of sidewalls (310F, 312F) depending downwardly from said upper deck surrounding said exit orifice and further including a bottom wall depending from said sidewalls (310F, 312F), said bottom wall being configured and arranged beneath said exit orifice and generally perpendicular to said exit axis to prevent the direct flow of product into the flow conduit along said exit axis, said upper deck, said plurality of sidewalls (310F, 312F) and said bottom wall cooperating to define a single entrance orifice having an entrance axis which is parallel to but offset from said exit axis whereby said flow conduit provides a non-linear flow path from the entrance orifice to the exit orifice, said flow conduit further including an interior baffling wall positioned to restrict flow from said entrance orifice to said exit orifice, and characterized in that: said baffling wall having a V-shape with an apex oriented in the direction of flow from the entrance orifice to the exit orifice, said baffling wall cooperating with said upper deck, said plurality of sidewalls (310F, 312F) and said bottom wall to define two spaced baffling orifices downstream from said entrance orifice and to split flow from said entrance orifice into said two baffling orifices. a closure body including a central upper deck and a peripheral lower deck connected by an integrally formed skirt which depends downwardly from said upper deck and merges into said lower deck, an outer skirt depending below and integrally formed with said lower deck, said outer skirt being configured and arranged to mount to a product container, a flow conduit extending through said upper deck, said flow conduit including an exit orifice having an exit axis, said flow conduit including a plurality of sidewalls (310F, 312F) depending downwardly from said upper deck surrounding said exit orifice and further including a bottom wall depending from said sidewalls (310F, 312F), said bottom wall being configured and arranged beneath said exit orifice and generally perpendicular to said exit axis to prevent the direct flow of product into the flow conduit along said exit axis, said upper deck, said plurality of sidewalls (310F, 312F) and said bottom wall cooperating to define a single entrance orifice having an entrance axis which is parallel to but offset from said exit axis whereby said flow conduit provides a non-linear flow path from the entrance orifice to the exit orifice, said flow conduit further including an interior baffling wall positioned to restrict flow from said entrance orifice to said exit orifice, and characterized in that: said baffling wall having a V-shape with an apex oriented in the direction of flow from the entrance orifice to the exit orifice, said baffling wall cooperating with said upper deck, said plurality of sidewalls (310F, 312F) and said bottom wall to define two spaced baffling orifices downstream from said entrance orifice and to split flow from said entrance orifice into said two baffling orifices. said baffling wall having a V-shape with an apex oriented in the direction of flow from the entrance orifice to the exit orifice, said baffling wall cooperating with said upper deck, said plurality of sidewalls (310F, 312F) and said bottom wall to define two spaced baffling orifices downstream from said entrance orifice and to split flow from said entrance orifice into said two baffling orifices.