A cooling pack (1) for use with a plurality of bottled beverages (3). The cooling pack (1) includes a main body (5) having opposite upper and lower surfaces (5a, 5b). The cooling pack (1) also includes at least one through-hole (7) extending between the upper and lower surfaces of the main body (5), each through-hole (7) being positioned, shaped and sized for receiving an upper portion (3a) of a corresponding bottled beverage (3) to be cooled, each through-hole (7) being further positioned, shaped and sized for abutting against a remaining lower portion (3b) of the bottled beverage (3) to be cooled. The cooling pack (1) also includes at least one opening (9) operatively connected to the at least one through-hole (7), and being configured to define along with the at least one through-hole (7) a combined passageway (11) through which a selected bottled beverage (3) from the plurality of bottled beverages (3) can be individually removed from the cooling pack (1) across the main body (5) of said cooling pack (1).

A device that is placed around the neck of a beverage bottle. The device hangs from the neck of the bottle towards the body of the bottle and thereby cools the contents that are held within the bottle. The device is comprised of three sections, a top section that is elastic in nature and that defines an aperture that surrounds the circumference of a bottle. A middle section that extends from the top section for a distance of at least 1 inch, the middle section may or may not be elastic. And lastly, a bottom section that is composed of two ball sacs that are connected at a mid-juncture so that they are flexible enough to hang from the neck of the bottle while draping over the outside of the bottle so that the contents within the bottle are chilled. The bottom section may be made of materials that absorb moisture and that have insulating qualities.

An insulator for use with a bottle includes a sleeve defined by a sleeve panel forming a sidewall extending upwardly from a bottom end to a top end, the top end having an opening, wherein the bottle is retainable within an interior space defined by the sleeve panel. A first heat absorbing pad is positioned on the sidewall of the sleeve and a second heat absorbing pad positioned on the sidewall of the sleeve, the second heat absorbing pad being positioned at a location diametrically opposite the position of the first heat absorbing pad, the first heat absorbing pad further being formed with a central void.