Hello,
Sorry to dredge up an old thread but I have a similar question.
I am making some caramels that I will dip in chocolate. I think, like most people, I make caramel with a 14oz can of sweetened condensed milk. This makes a fair amount of caramel. My issue is that I only have 30 molds for the candy I am making. If I leave the caramel to set in the molds, the caramel in the pot will have set as well.
For now, I have just poured the remaining hot caramel into a container and left it in the refrigerator. I need to know how to reheat the caramel to pour the next batch into the molds. I will cut off the amount I need from the block in the refrigerator, so I won't be re-heating much more than I need.
Can I just reheat the caramel until it flows well enough to get it into the molds? If so, what is the best method for re-heating?
Do I need to re-heat the caramel all the way back to 245F to get it to set properly for this second pour? If so, should I add some water to make sure that the sugar dissolves again?
Below is the recipe if anyone is interested.
Thanks,
Code:
caramel
230 grams salted butter (2 sticks)
300 grams light brown sugar
100 rams dark brown sugar
250 grams light corn syrup
85 grams dark corn syrup
396 grams sweetened condensed milk (one 14 oz can)
1 tsp vanilla extract
Weigh the butter into a deep pot and melt over low heat.
Place a hot pad and the pot on the scale and tare.
Weigh in the light and dark brown sugar.
Stir with a silicone spatula until the sugar and butter form a paste.
Weigh in the light and dark corn syrup and mix until combined.
Add the sweetened condensed milk and gently whisk smooth.
Avoid incorporating air into the mixture with the whisk.
Return the pot to the stove and heat over medium-high heat while stirring constantly with a silicone spatula.
Continually scrape clean the sides and bottom of the pot to prevent the sugar from sticking and burning.
Continue until the mixture reaches 245F on a digital thermometer.
Remove the pot from the heat and add the vanilla.
Stir until completely incorporated.