Two hours into dinner the last glass is still cold, and there's no ice bucket on the table.

You poured the first glass at 7.10 and it was exactly right. It's still right at nine, because the cold started inside the wine instead of around the bottle — and it stays cold for up to three hours. The bottle never left the table.

Pouring a second glass of cold white wine at the dinner table, no ice bucket in sight.

Most Fridays it goes the other way. Twenty minutes in, the bottle is standing between the plates in a room that is warmer than you think. By the third round you're pouring something lukewarm and faintly sweet — and you can see it land. A guest takes a sip, sets the glass down, and doesn't pick it up again.

An open bottle can't be closed again. There's no starting the evening over, so you get up for the fourth time to carry it back to the kitchen, and miss the middle of somebody's story.

One question for every fix you've tried: is the last glass still cold?

The ice bucketThe cold sits outside the bottle and only around the lower half. The ice melts, the bottle comes out slippery, the label soaks through.
The fridge relayThe cold wine is in the kitchen, not at the table. And so are you.
Ice in the glassCold for ten seconds, watered down after one sip.
The cooling sleeveIt gives up the moment it has warmed through itself.
The freezer sprintYou forget it's in there.

The bucket was never wrong. It just solved the wrong half of the problem. Not one of them keeps cold inside the bottle on the table.

Melting ice bucket leaving a ring of water on the table.

Glass is a poor conductor. That is the whole problem.

Cold that starts on the outside has to cross the bottle wall before it reaches anything you will pour, and it rarely makes it to the middle. Lift the bottle out of the ice and the room begins again from zero.

Cold that starts inside the wine has no distance to travel. It sits in the core of the bottle and meets every glass you pour. That is Core Chill.

1Cold has to cross the glass.
2Cold that starts in the wine has no distance to travel.

The thing that does it is a rod of 304 food-grade stainless steel with a pour channel running through it. About an hour in the freezer, then down into the bottle you already opened: serving temperature in 10 to 15 minutes, and it stays cold for up to three hours. The Lindner & Co Wine Cooling Stick.

See why it stays cold →

Three steps, and the bottle stays where it is.

It lives in the freezer door

About an hour the first time. After that it is simply there when you want it.
Into the bottle you already opened

Fits standard 750ml bottles, screw cap included.
Pour through the spout

The bottle stays on the table between glasses. Nothing to refill, nothing to drain, no bag of ice to fetch.

The spout airs the wine on the way out and doesn't drip on the cloth.

Taking the stainless steel cooling rod out of the freezer before dinner.

What people ask before they believe it lasts

Can one piece of metal really keep a whole bottle cold?

Steel moves cold quickly, and this steel sits in the wine rather than outside the bottle: serving temperature in 10 to 15 minutes, and it stays cold for up to three hours. It is a rod of 304 food-grade stainless steel with a hollow pour channel.

Won't it water down my wine the way ice does?

Nothing melts, so no water reaches the wine. Only cold steel and the bottle you chose.

Do I have to keep carrying the bottle back to the fridge?

No. The bottle stays on the table and the stick stays in it between glasses.

Buy one, get one free — two complete kits

Two cooling sticks, two spouts, two stoppers. One on the table, one still frozen in the freezer door — and that spare goes home with the first guest who asks where you got it.