With only three ingredients and a quick microwave melt, this shortcut chocolate fudge offers a smoother, softer bite when compared to cooked fudge. This recipe is written to accommodate the option to stir in walnuts or leave it plain.
Line an 8" or 9″ square baking pan with foil or parchment paper and spray with nonstick spray. Set aside.
Place the chocolate chips, sweetened condensed milk, and butter in a medium size microwave1 safe bowl. Microwave the mixture on HIGH for 30 seconds, remove from the oven, and stir with a large spatula.
1 and ½ bags (18 ounces/510g) semi-sweet chocolate chips, 1 can (14 ounces/396g) sweetened condensed milk, 2 Tablespoons (28g) unsalted butter
Continue heating in 20-30 second bursts, stirring well2 after each, until the mixture is completely melted and smooth (it will be thick).
Once the mixture is completely melted, add the chopped walnuts, if using, and stir until they are evenly dispersed.
½ cup (4 ounces) finely chopped walnuts
Pour the fudge mixture into the prepared pan and spread it out evenly into the pan with a spatula. Top the fudge with more chopped walnuts, if desired. Press down gently so they adhere to the top.
Refrigerate the fudge until it is set, about 1 hour. It will also set at room temperature, it will just take longer.
Once the fudge is set, remove it from the pan and cut it into desired sizes. Store fudge covered tightly at room temperature up to 2 weeks or in the refrigerator up to 1 month. Fudge freezes well, wrapped tightly, up to 3 months. Thaw at room temperature.
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Notes
Microwave: you can also do this on the stovetop, if you prefer. Heat over medium heat and stir constantly until the mixture is smooth.
Stirring: do not underestimate the power of stirring to distribute heat. The mixture will continue to melt as you stir it, so give the mixture a solid 30-45 seconds of stirring before putting it back in the microwave.
Nutrition Disclosure
All nutritional values are approximate and provided to the reader as a courtesy. Changing ingredients and/or quantities will alter the estimated nutritional calculations.