Easy Caramel Sauce Recipe (2024)

FAQs

How is caramel sauce made from scratch? ›

Combine brown sugar, butter, and milk in a saucepan and bring ingredients to a boil. Remove thickened mixture from heat before adding (optional) vanilla extract. Let the caramel cool slightly before using. The result is an impossibly rich sauce that is guaranteed to satisfy your sweet tooth.

Caramel sauce is a wonderful topping for ice cream, cake, pie, and bread pudding. While a typical caramel recipe calls for heavy cream, what if you don't have any handy? This easy recipe uses milk and butter instead, ingredients you're more likely to have on hand.

Add more sugar to the sauce.

Most caramel sauces are made by caramelizing sugar and adding milk and a little salt. If you increase the amount of sugar in the recipe you'll end up with a thicker caramel. Try increasing the sugar by about 1/3.

Wet caramel is made by combining sugar and a liquid and cooking them together, while dry caramel is made from just sugar, heated in a dry pan until it liquefies and browns.

As it turns out, homemade candy isn't all that difficult. And salted caramel is one of the easiest recipes. This truly the best salted caramel I've ever had and there's only 4 ingredients required: sugar, butter, heavy cream, and salt.

Most of the time, people cook caramel by heating up regular or brown sugar until it turns into a smooth and creamy substance. However, you can also make caramel out of sweetened condensed milk, creating the same great sauce with a unique, extra-sweet kick.

To melt caramels using a microwave, open up a bag of soft caramels, unwrap the individual candies, and place them in a microwave-safe dish. Next, add milk to the bowl, or if you'd like a richer treat, add heavy cream instead. Then, place the bowl in the microwave and heat the caramels on HIGH for 1 minute.

This is usually caused by sugar crystals stuck to the side of the pan that didn't get fully dissolved. It only takes one to set off a chain reaction, and before you know it you have crunchy caramel.

If you add the butter too early while the caramel is still pale yellow, the sauce will be too sweet and lack flavor. and if you wait too long and the caramel turns brown, the sauce will taste bitter and burnt.

Your caramel is too hard

It is likely that you took the mixture past the 240° / 120°c stage, which is called the firm ball stage in candy making. You want to make sure that you very carefully measure the temperature of your caramel when you are cooking it.

Why is my homemade caramel sauce bitter? ›

Overheating the mixture

Once it gets a burnt or bitter flavor, it can't be saved. Luckily, sugar is inexpensive, so you can always start over!

Add acid. Acid ingredients (like vinegar or lemon juice) can help prevent re-crystallization which causes caramel to become grainy. Acid physically breaks the bonds between the glucose and fructose molecules that form sucrose and ensure that it stays apart.

It makes sense to stir your pot, but you have to resist the urge. The reason that caramel turns back into sugar crystals and becomes grainy is because too much moisture has been lost in the cooking process. When sugar is dissolved in water it loses its structure and becomes the liquid that develops into caramel.

Most believe caramel was created more than 1,020 years ago in 1000 AD by Arabs mixing sugar and water to create a crystallized liquid. Funny enough, the original caramel was not believed to be enjoyed as a sweet treat but rather used as a beauty product.

Ok you may not have known this but, ~newsflash~ caramel is literally just cooked sugar with a little bit of butter (for stability) and heavy cream (for flavor & mouthfeel) stirred in at the end. The longest (and “hardest”) part of making caramel is just toasting and melting down the sugar at the very beginning.

Whenever sugar gets hot enough to liquefy, it's also breaking down and turning into caramel. But it starts to break down even before it starts to liquefy. And the more that sugar breaks down while it's still solid, the lower the temperature at which it will liquefy.