- Serves: Approx. 1 liter
- Active Time: 20 mins
- Total Time: 20 mins
- Views: 30,798
- Success Rating: 100% (?)
Step 1: Cooking the Sugar• 1 cup granulated sugar
• 1/3 cup water
• 4 tsp light corn syrup
*Before starting, make sure the egg whites are at room temperature.
In a small pot (see notes), cook the sugar, water and corn syrup until it reaches the soft ball stage (240° F or 115° C).
While the sugar is cooking, set up the mixer and egg whites.
Step 2: Starting the Meringue• 4 large egg whites, room temperature
Place the room-temperature egg whites into the bowl of an electric mixer. Attach the wire whisk to the mixer.
Just as the sugar mixture reaches 240° F (or 115° C), turn the mixer on high speed.
As the eggs whip, pour the hot sugar syrup in a slow, steady stream along the side of the bowl. Make sure to not pour the syrup onto the wire whisk. This will cause the syrup to splatter and cause lumps.
Step 3: Whipping the Meringue
Once all of the sugar syrup has been added, continue to whip the meringue until it has cooled completely and has formed stiff peaks.
Step 4: Using the Meringue
Once the meringue has formed stiff peaks, pipe or use immediately for your dessert.
- by Kimberley Slobodian
- August 25, 2009
When making a small amount of sugar syrup, it is important to use a small pot. If you use a large pot, it will be too difficult to obtain an accurate thermometer reading if the syrup is spread too thin over the bottom of the pot. By using a smaller pot, you can better control and monitor the temperature to make sure you take the syrup off the heat as soon as it reaches 240° F.)
Some other helpful notes about making Italian meringue:
- Slightly older egg whites will whip up higher than fresh ones.
- Separate the eggs one at a time and then add them to the mixing bowl. If you run across a bad egg, or happen to break the yolk, you won’t ruin the rest of the egg whites.
- Make sure all of your equipment is squeaky clean. If there is any trace of fat or dirt, the egg whites won’t whip up to their maximum potential.