Two Minute Microwave Fudge Recipe - Real Advice Gal (2024)

FAQs

What is the secret to good fudge? ›

Fudge Didn't Set

If your fudge turned out super sticky, or it didn't set as it cooled, it probably never got hot enough. This mistake is super easy to avoid if you use a candy thermometer and cook the fudge to the temperature specified in the recipe (usually between 234 and 239°F).

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. Another reason your Fudge is not setting is that the ratio of liquid to sugar is too high.

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.

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 team has the process down pat: One person weighs the ingredients—raw chocolate from Germany, sugar from Bay City, and cream and butter—into a copper kettle set over a propane gas burner. The maker constantly stirs with an oak paddle until the sugary mixture reaches a roaring boil, about 16 to 17 minutes.

Without a candy thermometer, you can achieve this with what is called a “cold water method”. Fill a small glass with ice and cover it with water until it is ice cold.. Drop your hot sugar syrup into the ice water. When it clumps into a soft ball, it is the correct temperature.

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!

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.

Why is my microwave fudge grainy? ›

Graining can be caused by stirring the fudge mixture during the cooling process or not adding enough fluid to dissolve the sugar. The trick to fixing graininess is to melt the sugar crystals to give them another chance at setting properly.

OPTION 4) If you think the reason it didn't set was because you didn't heat it to the right temperature, you could try putting it back into the pan and re-cooking.

Conversely, if the cooking time is too brief and there is not enough evaporation, too much water will remain and the fudge will be too soft. A temperature of 112°C to 114°C (234°F to 237°F) must be maintained. This will ensure the fudge has the ideal concentration of water and sugar. Fudge is difficult to make.

Vanilla is often added to chocolate candies or other chocolate recipes because it complements and accents the flavor of chocolate.

Both are concentrated, shelf-stable milk products that have been heated until at least 60 percent of their water content has evaporated. The main difference between evaporated milk and condensed milk is that evaporated milk is unsweetened while condensed milk is sweetened.

It is important to stir constantly with a wooden spoon until the mixture starts to thicken and its surface starts to look dull or matte. Now is the time to stop beating and pour the fudge into a mould. Another tip: Do not scrape the sides of the pan or the spoon used for stirring.

The ingredients for fudge are combined and cooked to 234 degrees, cooled to 110 degrees without stirring, then beaten until creamy. Candy that isn't cooked long enough will end up too soft; overcooking makes fudge crumbly or hard.

making of fudge

termed in kitchen parlance the soft ball stage, that point between 234 and 240 °F (112 and 115 °C) at which a small ball of the candy dropped in ice water neither disintegrates nor flattens when picked up with the fingers.