Amish Caramel Corn Recipe Melts In Your Mouth (2024)

FAQs

What happens if you forgot the baking soda in caramel corn? ›

Baking soda is what makes caramel corn chewy with a bit of crunch and gives it the classic brittle texture. The baking soda also helps the mixture to increase in volume which ensures it covers all of the popcorn. It's an essential ingredient and without it you'll likely find the texture of the caramel corn to be off.

Once the caramel has cooled on your popcorn, the air bubbles inside the caramel create a softer texture. The softer texture means you won't be biting into hard-as-cement caramel. Rather, the caramel is melt-in-your-mouth chewy and only slightly crunchy.

Generally, the caramel will have a higher 'water activity' than the popcorn. As a result, if you leave the popcorn for a while, moisture from the caramel will migrate into the corn. This causes the popcorn to lose its 'crunch' and become soft and chewy.

Those smaller molecules are less likely to form crystals. Just a half teaspoon of lemon per cup of sugar will prevent crystals from forming and ensure that your caramel remains smooth and velvety.

Like dry caramel, you want to gently move the sugar mixture in that same side-to-side paintbrush-like fashion until the sugar dissolves. Then, as soon as the mixture comes to a boil, it should not be stirred, as the agitation can cause crystallization.

Stirring the sugar

If the melting sugar splashes up onto the sides of the pan, it quickly loses its moisture content and forms back into crystals. That can set off a chain reaction that can cause caramel to seize up, ruining the entire batch.

Why is my Caramel Corn Grainy? Grainy caramel (or crystalized caramel) happens when the sugar crystals in the caramel seize up or cling together.

Even if you want to add candy or sauces, it doesn't require an egg. Still, some say the egg keeps the kernels from sticking together, while others say it's to keep wannabe chefs from adding too many kernels to the pan.

There's no mistaking when your caramel begins to burn. It looks blackish-brown, smells burnt and has swirls of rising smoke that sting your eyes. The caramel is a loss at this point—it will taste bitter and burned no matter what else you add. Uses: None, toss it.

You're Not Watching the Pot and the Syrup Got Too Dark

Caramel isn't one of those things you can set and forget—once the sugar starts to brown, the caramelization process happens quickly. If you're not careful, the sugar can burn and take on a bitter, unpleasant taste.

Is white or yellow popcorn better for caramel corn? ›

Caramel: You will need brown sugar, butter, light corn syrup, salt, vanilla, and baking soda to make the caramel mixture. Popcorn: I prefer white popcorn in this recipe. However, you could use white or yellow.

Why do caramel recipes often call for baking soda? When you add baking soda to cooking caramel, it foams up rather dramatically. That foam is creating tiny air bubbles, which aerate the caramel and prevent it from becoming too dense.

To thin caramel, just add some cream or water over heat. Melt caramel loaves in the oven. You can also add corn syrup or lemon juice to caramel sauces to prevent them from crystallizing.

When the baking soda, also known as sodium bicarbonate, is mixed into the hot sugar, another chemical reaction occurs. The baking soda breaks up, or decomposes, into sodium carbonate, water, and carbon dioxide. The water vapor and carbon dioxide gases get trapped in the sugary mixture, leaving behind these bubbles.

When the baking soda combines with the boiled sugar, it creates Carbon Dioxide that form lots of bubbles and puff the candy up. Once it hardens, the bubbles get trapped inside and create a texture that looks just like a sponge or piece of foam. It's crunchy and sweet, with an almost molasses-like flavor.

The Purpose of Baking Soda in Brittle Recipes

Baking soda helps to neutralize the acidity in the candy, and in some cases makes it lighter.

Corn syrup is acidic, McGee explains, so when it reacts with baking soda, the resulting carbon dioxide can contribute to the rise of baked goods when it inflates the air pockets already in a dough or batter.