Dry Ice condensers

To make dry ice we must have a condenser and a CO2 gas bottle with a probe. Dry ice is formed when the liquefied gas inside the CO2 bottles escapes abruptly. This gas condenses inside a bag or receptacle that does not allow some of the dry ice powder to escape, and the gas itself squeezes it and turns it into dry ice.

Learn about the features of this high quality tool and start experimenting with this material from a totally safe position.

CO2 Condenser Dry Ice Black

CO2 Condenser Dry Ice Black

Dry ice cube condenser for kitchen and cocktails The Dry Ice Black dry ice condenser is your compact tool for producing dry ice on demand in just seconds. Forget about storing dry ice in the freezer produce your own pellets (30 grams) instantly in just one minute. They’re fully compact and ready to use. Thanks to its built-in pressure reducer and minimal gas loss, you’ll be able to make compact dry ice pellets efficiently, saving up to 30% on CO₂ consumption.

$424.63
Dry Ice Black Triple CO2 Condenser

Dry Ice Black Triple CO2 Condenser

CO2 condenser for fast and compact dry ice production With this device, you can quickly and efficiently produce compact dry ice blocks. Create 90-gram pieces in just 60 seconds, or higher-compression blocks of up to 150 grams in about 90 seconds. It’s perfect if you need to prepare dry ice in advance and store it in polystyrene boxes throughout your service. It’s also ideal for buffet setups or displays that require a larger quantity of dry ice to enhance and extend the fog effect.

$369.99

What gas is used to make Dry Ice?

Dry ice is made from CO₂ (carbon dioxide), the same gas used to carbonate most soft drinks.

The difference lies in the type of cylinder used to contain it. The CO₂ used to produce dry ice (-78.5 °C) or for chilling cocktail glasses is extracted from high-pressure cylinders (200 bar) equipped with a dip tube. This tube runs vertically from the valve down to the bottom of the cylinder and allows the liquid phase of the compressed gas to be released freely.

The gas at the top pushes the liquid CO₂ at the bottom up through the tube and out of the valve. As the pressure is suddenly released, the liquid CO₂ expands and condenses into a space or mold, forming carbonic snow that is compacted under pressure into a solid block or pellet.

So, if you want to make dry ice or chill glasses, you must rent CO₂ cylinders with a dip tube, not the standard CO₂ bottles used for beer or soft drinks.

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