
The Wet Paper Towel Hack: How I Chill Warm Drinks in 10 Minutes
- Lifestyle
- 13 Aug, 2026
Picture this scenario: It is a sweltering hot summer afternoon. You've just arrived home carrying a 12-pack of your favorite sparkling water, soda, or maybe some craft beer for a weekend barbecue. You're incredibly thirsty, and all you want is an ice-cold beverage. But when you pull a can out of the cardboard box, it's lukewarm.
Putting it in the refrigerator means waiting at least two to three hours before it's actually refreshing. Tossing it straight into the freezer is faster, but it still takes about 45 minutes to an hour. And if you forget about it? You risk a messy, frozen explosion.
For years, I just suffered through drinking semi-cold beverages or awkwardly trying to stuff full cans into a cup of ice. That was until I discovered the wet paper towel trick. It sounded almost too simple to be true, but it is legitimately a game-changer. I can now take a room-temperature drink and make it ice-cold in about 10 to 15 minutes.
The Science Behind the Wet Paper Towel Trick
Before I explain how to do it, you might be wondering why wrapping a wet piece of paper around a can actually speeds up the cooling process. It all comes down to a principle called evaporative cooling.
When you place a wet paper towel into the freezing dry air of a freezer, the water in the towel begins to rapidly evaporate and then freeze. Because the wet towel is in direct physical contact with the surface of the aluminum can or glass bottle, it pulls heat away from the beverage much faster than the cold air of the freezer could do on its own. The towel basically acts as a super-conductive cooling blanket.
How to Chill Your Drink in 10 Minutes (Step-by-Step)
This hack is incredibly straightforward, but there are a few key details that ensure it works perfectly every time. Here is exactly what I do:
- Get a quality paper towel: You just need one single sheet. Don't use a thin, cheap napkin that will disintegrate. A standard paper towel works best.
- Wet and wring it out: Run the paper towel under cold tap water until it is completely soaked. Then, gently wring it out so it is damp but not dripping wet. If it's holding too much water, it will just form a solid block of ice around the can rather than chilling the liquid inside.
- Wrap the beverage tightly: Take your warm can or glass bottle and wrap the damp paper towel completely around it. Make sure the paper is clinging tightly to the surface of the container. The more surface area the towel touches, the faster it will cool.
- Place it in the coldest part of the freezer: I usually put mine all the way in the back, directly on the wire rack or the freezing shelf.
- Set a timer for 10-15 minutes: This is the most crucial step! Because this method cools things down so rapidly, a glass bottle or aluminum can will freeze and potentially burst if you leave it in there for an hour. Set an alarm on your phone immediately.
Does it Work on Glass Bottles vs. Aluminum Cans?
I've tested this extensively because I was curious if the material of the container made a difference. Here is what I found:
- Aluminum Cans (Soda, Seltzer, Beer): This is where the hack shines the brightest. Aluminum is a fantastic conductor of temperature. A room-temperature can wrapped in a wet paper towel will be frosty and perfectly chilled in just 10 minutes.
- Glass Bottles (Wine, Specialty Sodas): Glass is thicker and insulates the liquid more than aluminum. While the wet paper towel trick still works great, you will need to leave a glass bottle in the freezer for about 15 to 20 minutes to get the same icy result.
- Plastic Bottles: It works on plastic too, but plastic is the worst conductor of the three. It usually takes around 20-25 minutes for a plastic water bottle to get truly cold using this method.
I use this trick constantly now, especially when I have guests coming over unexpectedly and realize I forgot to stock the fridge. Try it out the next time you bring home groceries—you’ll be amazed at how fast you can enjoy a cold drink!

























































































































