Abstract: A dual bucket assembly (10) comprises a dual bucket (20) including first and second containers (30, 50) adapted for holding liquid. Each container includes a peripheral wall (31, 51) having a proximal portion (34, 54) adjacent the other container and a non-proximal portion (37, 57). Connecting member (70) rigidly connects in a spaced apart relationship peripheral wall (31, 51) upper ends (32, 52). Peripheral walls (31, 51) are downwardly inwardly sloping such that a plurality of dual buckets (20) are nestable. Peripheral wall (31) proximal portion (34) is convex and peripheral wall (51) proximal portion (54) is concave and substantially parallel to proximal portion (34). Circumferential reinforcing member (94) connected to upper ends (32, 52) of non-proximal portions (37, 57) of peripheral walls (31, 51) resists bending and adds stiffness to the structure of dual bucket (20).

Abstract: A dual bucket assembly (10) comprises a dual bucket (20) including first and second containers (30,50) adapted for holding liquid, a connecting member (70) and a bail (80). Each container includes a peripheral wall (31,51) having an upper end (32,52) having a top edge (33,53), a proximal portion (34,54) adjacent the other container and a non-proximal portion (37,57). Connecting member (70) rigidly connects in a spaced apart relationship upper ends (32,52) of peripheral walls (31,51). Peripheral walls (31,51) are downwardly inwardly sloping such that a plurality of dual buckets (20) are nestable. The top edge (33,53) of each non-proximal portion (37,57) is smoothly arcuate. Peripheral walls (31,51) and connecting member (70) are adapted for simultaneously pouring liquid contents from both containers (30,50) into separate storage vessels.