Container for distilled spirits and method for making the same
A container for distilled spirits includes a stainless steel body, stainless steel top element and stainless steel bottom element wherein the body, top element and body element are joined together without solder such that the flavor of the distilled spirits therein is preserved. A method of making the container is also disclosed.
1. A method of making a container for distilled spirits consisting of:
providing a rectangular stainless steel sheet;
joining opposite longitudinal ends of the rectangular stainless steel sheet together;
welding the opposite longitudinal ends of the rectangular stainless steel sheet together, wherein the welding step includes a conversion from a first voltage to a second, lower voltage while maintaining a constant current while the ends of the rectangular stainless steel sheet are welded together in the welding step;
rolling a top edge of the welded stainless steel sheet and a bottom edge of the stainless steel sheet outward;
attaching a stainless steel top cover element directly to the top edge of the welded stainless steel sheet via a first adhesive layer, closing an open top end of the welded stainless steel sheet; and
attaching a stainless steel bottom cover element directly to the bottom edge of the welded stainless steel sheet via a second adhesive layer, closing an open bottom end of the stainless steel sheet, where the welded stainless steel sheet, stainless steel top cover element and stainless steel bottom cover element define a cavity for storage of the distilled spirits.
2. The method of making a container for distilled spirits of claim 1 , wherein the welding step includes using electric resistance welding to weld the opposite longitudinal ends of the stainless steel sheet together.
3. The method of claim 1 , wherein the welding step includes providing nitrogen on the opposite longitudinal ends of the stainless steel sheet while opposite longitudinal ends are being welded together.
4. A method of making a container for distilled spirits consisting of:
providing a rectangular stainless steel sheet;
joining opposite longitudinal ends of the rectangular stainless steel sheet together;
welding the opposite longitudinal ends of the rectangular stainless steel sheet together, wherein the welding step includes a conversion from a first voltage to a second, lower voltage while maintaining a constant current while the ends of the rectangular stainless steel sheet are welded together in the welding step;
rolling a top edge of the welded stainless steel sheet and an bottom edge of the stainless steel sheet outward;
attaching a stainless steel top cover element directly to the top edge of the welded stainless steel sheet via a first adhesive layer, closing an open top end of the welded stainless steel sheet;
attaching a stainless steel bottom cover element directly to the bottom edge of the welded stainless steel sheet via a second adhesive layer, closing an open bottom end of the stainless steel sheet, where the welded stainless steel sheet, stainless steel top cover element and stainless steel bottom cover element define a cavity for storage of the distilled spirits; and
testing the container for leaks.
5. A method of making a container for distilled spirits consisting of:
providing a rectangular stainless steel sheet;
joining opposite longitudinal ends of the rectangular stainless steel sheet together;
embossing the stainless steel sheet;
welding the opposite longitudinal ends of the rectangular stainless steel sheet together, wherein the welding step includes a conversion from a first voltage to a second, lower voltage while maintaining a constant current while the ends of the rectangular stainless steel sheet are welded together in the welding step;
rolling a top edge of the welded stainless steel sheet and an bottom edge of the stainless steel sheet outward;
attaching a stainless steel top cover element directly to the top edge of the welded stainless steel sheet via a first adhesive layer, closing an open top end of the welded stainless steel sheet; and
attaching a stainless steel bottom cover element directly to the bottom edge of the welded stainless steel sheet via a second adhesive layer, closing an open bottom end of the stainless steel sheet, where the welded stainless steel sheet, stainless steel top cover element and stainless steel bottom cover element define a cavity for storage of the distilled spirits.
6. A method of making a container for distilled spirits consisting of:
providing a rectangular stainless steel sheet;
joining opposite longitudinal ends of the rectangular stainless steel sheet together;
welding the opposite longitudinal ends of the rectangular stainless steel sheet together, wherein the welding step includes a conversion from a first voltage to a second, lower voltage while maintaining a constant current while the ends of the rectangular stainless steel sheet are welded together in the welding step;
shaping the stainless steel sheet into a rectangular shape;
rolling a top edge of the welded stainless steel sheet and an bottom edge of the stainless steel sheet outward;
attaching a stainless steel top cover element directly to the top edge of the welded stainless steel sheet via a first adhesive layer, closing an open top end of the welded stainless steel sheet; and
attaching a stainless steel bottom cover element directly to the bottom edge of the welded stainless steel sheet via a second adhesive layer, closing an open bottom end of the stainless steel sheet, where the welded stainless steel sheet, stainless steel top cover element and stainless steel bottom cover element define a cavity for storage of the distilled spirits.