A container (100, 1100) for supporting particulate matter, said container comprising: a base (200, 1200) providing a chamber (222, 1222) configured to receive particulate matter; a cover (300, 1300) pivotably coupled to said base (200, 1200) and movable relative to said base (200, 1200) between a closed position and an open position; and a sifter (400, 1400) supported at said base (200, 1200) and including: a first member (402, 1402) having at least one dispensing aperture (406, 1406) extending therethrough and at least one projection (408, 1408); a second member (404, 1404) having at least one dispensing aperture (412, 1412) extending therethrough and at least one notch (414, 1414), said projection (408, 1408) being configured to be inserted into said notch (414, 1414) for assembling said second member (404, 1404) with said first member (402, 1402), said second member (404, 1404) being movable between a first position in which said at least one dispensing aperture (406, 1406) of said first member (402, 1402) is at least partially out of alignment with said at least one dispensing aperture (412, 1412) of said second member (404, 1404) and a second position in which said at least one dispensing aperture (406, 1406) of said first member (402, 1402) is in greater alignment with said at least one dispensing aperture (412, 1412) of said second member (404, 1404); said projection (408, 1408) and said notch (414, 1414) are at least partially out of alignment when said cover (300, 1300) is in said open position; and a biasing element (420, 1420) coupled to said second member (404, 1404) for moving said second member (404, 1404) relative to said first member (402, 1402) from said first position to said second position when said cover (300, 1300) is moved to said open position, said container being characterized in that the biasing element (420, 1420) is a spring that is integrally formed with said second member (404, 1404) as a one-piece unitary body. a base (200, 1200) providing a chamber (222, 1222) configured to receive particulate matter; a cover (300, 1300) pivotably coupled to said base (200, 1200) and movable relative to said base (200, 1200) between a closed position and an open position; and a sifter (400, 1400) supported at said base (200, 1200) and including: a first member (402, 1402) having at least one dispensing aperture (406, 1406) extending therethrough and at least one projection (408, 1408); a second member (404, 1404) having at least one dispensing aperture (412, 1412) extending therethrough and at least one notch (414, 1414), said projection (408, 1408) being configured to be inserted into said notch (414, 1414) for assembling said second member (404, 1404) with said first member (402, 1402), said second member (404, 1404) being movable between a first position in which said at least one dispensing aperture (406, 1406) of said first member (402, 1402) is at least partially out of alignment with said at least one dispensing aperture (412, 1412) of said second member (404, 1404) and a second position in which said at least one dispensing aperture (406, 1406) of said first member (402, 1402) is in greater alignment with said at least one dispensing aperture (412, 1412) of said second member (404, 1404); said projection (408, 1408) and said notch (414, 1414) are at least partially out of alignment when said cover (300, 1300) is in said open position; and a biasing element (420, 1420) coupled to said second member (404, 1404) for moving said second member (404, 1404) relative to said first member (402, 1402) from said first position to said second position when said cover (300, 1300) is moved to said open position, said container being characterized in that the biasing element (420, 1420) is a spring that is integrally formed with said second member (404, 1404) as a one-piece unitary body. a first member (402, 1402) having at least one dispensing aperture (406, 1406) extending therethrough and at least one projection (408, 1408); a second member (404, 1404) having at least one dispensing aperture (412, 1412) extending therethrough and at least one notch (414, 1414), said projection (408, 1408) being configured to be inserted into said notch (414, 1414) for assembling said second member (404, 1404) with said first member (402, 1402), said second member (404, 1404) being movable between a first position in which said at least one dispensing aperture (406, 1406) of said first member (402, 1402) is at least partially out of alignment with said at least one dispensing aperture (412, 1412) of said second member (404, 1404) and a second position in which said at least one dispensing aperture (406, 1406) of said first member (402, 1402) is in greater alignment with said at least one dispensing aperture (412, 1412) of said second member (404, 1404); said projection (408, 1408) and said notch (414, 1414) are at least partially out of alignment when said cover (300, 1300) is in said open position; and a biasing element (420, 1420) coupled to said second member (404, 1404) for moving said second member (404, 1404) relative to said first member (402, 1402) from said first position to said second position when said cover (300, 1300) is moved to said open position, said container being characterized in that the biasing element (420, 1420) is a spring that is integrally formed with said second member (404, 1404) as a one-piece unitary body.