Mar 18, 2025 · The Cool Can eliminates the need for energy-draining fridges, making it the first-ever on-demand cooling solution for the drink industry. From festivals and outdoor adventures to high-end mixology, the Cool Can is set to revolutionize drinking culture.

The Cool Can by delta H Innovations takes a sustainable yet efficient approach to cooling drinks that doesn’t require refrigeration. Instead, it relies on a mix of water and salt crystals to chill warm beverage in under two minutes.

Mar 19, 2025 · Imagine pressing a button on your favourite drink that immediately cools it and then keeps the liquid frosty. That’s the promise of the new Cool Can by delta H Innovations. The burning question ...

Mar 21, 2025 · The “Cool Can” represents a potential paradigm shift in beverage packaging, offering consumers the convenience of instant cooling without the need for refrigeration.

In need of some ice-cold drinks fast? The Chill-O-Matic will take any 12 oz. can of soda or beer from room temperature to ice cold in just 60 seconds, making it 240 times faster than a refrigerator!

This self-chilling beverage container promises to eliminate the inconvenience of warm drinks by instantly transforming them into icy sensations with a simple button press.

Mar 22, 2025 · If you don't have some ice available, the drink is basically ruled out for the entire meal. What if the can could instantly cool itself? And without any electricity?

For nearly 20 years, our BPA-free and stainless steel water bottles, tumblers, and travel mugs have made us the leader in affordable personal hydration. Double-wall and vacuum insulated water bottles and tumblers keep your drinks colder or hotter, longer.

Apr 18, 2023 · The ZipChill beverage spinner will cool any 12 ounce can of warm beer or soda in one minute (will NOT fit 16 ounce "tall-boy" cans). Spinning a can in ice water draws the heat out much faster than placing it in the refrigerator or even freezer!

Jan 23, 1993 · An inventor in Florida has developed a disposable self-cooling can which, counterintuitively, uses boiling water to cool the drink it contains. Water does not always boil at 100 °C.