3 Ingredient Chocolate Fudge Recipe | Perfect for Gifts! (2024)

FAQs

What is the secret to good fudge? ›

The main reason is that your Fudge has not reached the optimum temperature. If your mixture only reaches 110 or 112 degrees Celsius it will always be soft. That's why we recommend investing in a sugar thermometer.

Add a simple wooden or paper stick, some transparent gauze wrapping, a bow and a creative label to any piece of fudge, and you've now got something that looks more like an expensive candy apple than a humble square of fudge.

You have to control two temperatures to make successful fudge: the cooking temperature AND the temperature at which the mixture cools before stirring to make it crystallize. Confectionery experiments have shown that the ideal cooking temperature for fudge is around 114 to 115 °C (237 to 239 °F).

The key to successful, nongrainy fudge is in the cooling, not the cooking. The recipe calls for heating the ingredients to the soft-ball stage, or 234° F, then allowing it to cool undisturbed to approximately 110° F.

If your fudge is soft or runny, it probably didn't come up to a high enough temperature while it was cooking. Put it back into the saucepan and add 1–2 US tbsp (15–30 ml) of 35% fat whipping cream. Stir the fudge as it heats, but only until the sugar in the chocolate is completely melted again.

How can you fix soft fudge? Put it in a microwave safe bowl that is large enough that it won't boil over. Reheat it to the boiling point and cook for about 3 more minutes. Then you can beat some powdered sugar into it if this doesn't make it set.

Parchment and wax paper are both good options when making fudge, caramel, and candy. Both parchment and wax paper will do an excellent job lining pans, wrapping individual pieces, or creating barriers between layers when storing—the differences between the two papers for use with confections are minimal.

How do you serve fudge at a party? ›

Place the fudges in small trays together with random cuts of your desserts and fruits. Note: Put the big fruits first. Arrange your christmas puddings at your round cake stand with lid. Drop some wafer sticks on your metal bowl.

If your parchment paper container is empty, consider buttering the dish or using cooking spray. Soft fudge more easily sticks to sheets and pans, so aim for the ideal fudgy consistency before you begin to pour the mixture into the container.

Those who have dealt with sugar cookery and candy making in the past will recognize 235°F (113°C) as the bottom of the “softball” stage. This means that a drop of syrup at this temperature when dropped into a glass of cold water will form a ball that can be smashed between the fingers.

The cold water test

Drop a piece of hot fudge into a glass filled with ice water. It should form a soft ball that can easily flatten between your fingers. Repeat this test every two minutes, each time using a clean spoon, until the fudge has the desired consistency.

The amount of time you cook fudge directly affects its firmness. Too little time and the water won't evaporate, causing the fudge to be soft. Conversely, cook it too long and fudge won't contain enough water, making it hard with a dry, crumbly texture.

Once a seed crystal forms, it grows bigger and bigger as the fudge cools. A lot of big crystals in fudge makes it grainy. By letting the fudge cool without stirring, you avoid creating seed crystals.

Stir Constantly: Stir the fudge mixture continuously, especially during the melting process, to prevent burning and ensure even cooking. Use Sweetened Condensed Milk: Sweetened condensed milk adds sweetness and creaminess to fudge, creating a smooth texture.

Brush the sides of the pan with a wet brush at the beginning of cooking to dissolve sugar crystals stuck to the sides. Never stir the mixture during cooking or sugar could crystallize again. The mixture may seize and become grainy. Use a candy thermometer or conduct a cold water test to check if the fudge is done.

Cream of tartar is used in caramel sauces and fudge to help prevent the sugar from crystallizing while cooking. It also prevents cooling sugars from forming brittle crystals, this is why it's the secret ingredient in snickerdoodles!