Container with sidewall and closure

1. A shipping drum comprising:

a fibrous cylindrical sidewall extending along a longitudinal axis from a first end to a second end and having an inner surface and an outer surface;

a bottom closure formed from a first plastic material and including inner and outer walls proximate the radial periphery of the bottom closure, the inner and outer walls defining a channel configured to receive the second end of the sidewall therein; and

an adhesive formed from a second material different from the first plastic material of the bottom closure, the adhesive bonded to the sidewall and to the inner and outer walls of the bottom closure such that the bottom closure closes the second end of the cylindrical sidewall;

wherein the bottom closure is coupled to the sidewall without the bottom closure penetrating or deforming the outer surface of the sidewall;

wherein the adhesive located in the channel of the bottom closure forms a chemical bond with the bottom closure and wherein the adhesive is in contact with the bottom closure.

2. The shipping drum of claim 1 , further comprising a plastic chime including an inner wall and an outer wall defining a channel therebetween configured to receive the first end of the sidewall; and

an adhesive in the channel between the inner wall and the outer wall of the chime coupling the sidewall to the inner and outer walls of the chime;

wherein the chime is coupled to the sidewall without the chime penetrating the inner or outer surface of the sidewall.

3. The shipping drum of claim 2 , wherein the sidewall includes a plurality of apertures proximate the first end, a portion of the sidewall including the apertures being located in the channel of the chime; and

wherein the sidewall includes a plurality of apertures defined in the sidewall proximate the second end.

4. The shipping drum of claim 3 , wherein the adhesive located in the channel of the chime extends from the outer wall of the chime through at least one of the apertures proximate the first end of the sidewall to the inner wall of the chime.

5. The shipping drum of claim 2 , wherein the adhesive located in the channel of the chime forms a chemical bond with the chime; and

wherein the overlap shear strength of the bonded adhesive is at least 1000 psi.

6. The shipping drum of claim 5 , wherein the overlap shear strength of the bonded adhesive is at least 2000 psi.

7. The shipping drum of claim 2 , further comprising a top closure configured to be coupled to the chime to close the first end of the sidewall, the top closure including a plurality of discontinuous threading portions;

wherein the chime is an annular chime defining an open center; and

wherein the chime includes a plurality of discontinuous threading portions configured to interact with the discontinuous threading portions of the top closure to couple the top closure to the chime.

8. The shipping drum of claim 7 , wherein the chime includes between four and nine discontinuous threading portions spaced apart around the circumference of the chime.

9. The shipping drum of claim 1 , configured to hold a volume of between of between approximately 55 gallons and approximately 60 gallons.

10. The shipping drum of claim 1 , wherein the inner and outer walls of the bottom closure each include a surface proximate to the channel;

wherein the surface of the inner wall of the bottom closure proximate the channel includes a first groove;

wherein the surface of the outer wall of the bottom closure proximate the channel includes a second groove; and

wherein the first groove and the second groove are offset relative to one another in the direction of the longitudinal axis of the sidewall.

11. The shipping drum of claim 2 , wherein the inner and outer walls of the chime each include a surface proximate to the channel;

wherein the surface of the inner wall of the chime proximate the channel includes a first groove;

wherein the surface of the outer wall of the chime proximate the channel includes a second groove; and

wherein the first groove and the second groove each extend at least partially around the circumference of the chime.

12. The shipping drum of claim 2 , further comprising a top closure configured to be coupled to the chime to close the first end of the sidewall;

wherein the chime includes a radially outwardly projecting flange; and

wherein the chime defines a channel below the radially outwardly projecting flange, the chime being configured to allow access to the channel to provide upwardly directed force on the flange with the top closure coupled to the chime.

13. The shipping drum of claim 1 , wherein the bottom closure comprises a polyolefin; and

wherein the adhesive is formed from a second material different from the polyolefin.

14. The shipping drum of claim 13 , wherein the adhesive has two parts which are mixed to form the adhesive.

15. A drum comprising:

a fiberboard cylindrical sidewall surrounding a longitudinal axis and extending from a first end to a second end;

a plastic bottom closure including inner and outer walls defining a channel, the second end of the cylindrical sidewall located in the channel of the bottom closure;

a first adhesive located in the channel of the bottom closure, the first adhesive coupling the sidewall to the inner and outer walls of the bottom closure;

a plastic chime defining a central aperture and including inner and outer walls, a surface of the inner wall of the chime and a surface of the outer wall of the chime defining a channel therebetween, a first groove being defined in the surface of the inner wall of the chime, the first groove extending around at least a portion of the circumference of the inner wall of the chime, a second groove being defined in the surface of the outer wall of the chime, the second groove extending around at least a portion of the circumference of the outer wall of the chime, the portion of the outer wall of the chime in which the groove is defined having a thickness less than the thickness of the portion of the outer wall of the chime in which the groove is not defined, the first end of the cylindrical sidewall located in the channel of the chime; and

a second adhesive located in the channel of the chime, the second adhesive coupling the sidewall to the inner and outer walls of the chime.

16. The drum of claim 15 , wherein the inner and outer walls of the plastic bottom closure do not include threading.

17. The drum of claim 15 , further comprising a top closure including a discontinuous threading portion;

wherein the chime includes a portion including a discontinuous threading portion to which the top closure is configured to be coupled; and

wherein the discontinuous threading portion of the chime and the discontinuous threading portion of the top closure are configured to interact to couple the top closure to the chime without rotating the cover about the longitudinal axis of the sidewall more than 25 degrees.

18. The drum of claim 15 , wherein a bottom portion of the first groove extends generally perpendicular to the longitudinal axis of the sidewall away from the sidewall.

19. A drum comprising:

a high density polyethylene bottom closure including inner and outer walls defining a channel,

a fiber cylinder having a diameter in the range of 15 to 23 inches and extending between a first end which is between 30 and 44 inches from a second end of the cylinder, the first end located within the channel of the bottom closure; the high density polyethylene bottom closure and the fiber cylinder defining an interior of the drum;

a first portion of acrylic adhesive which chemically reacts with high density polyethylene bottom closure prior to curing and when placed in contact with high density polyethylene, the adhesive bonding the first end to the bottom closure within the channel of the bottom closure;

a high density polyethylene chime defining a central aperture and including inner and outer walls defining a channel therebetween, and discontinuous threads around the periphery of the chime;

a second portion of acrylic adhesive which chemically reacts with high density polyethylene prior to curing and when placed in contact with high density polyethylene, the adhesive bonding the second end to the chime within the channel of the chime; and

approximately 800 pounds of content located in the interior of the drum,

wherein the first portion of acrylic adhesive bonds the high density polyethylene bottom closure and the fiber cylinder such that the drum is configured to be filled with approximately 800 pounds of content and suspended support by upward force exerted on the chime for at least approximately 5 minutes without failure of the drum.