French Silk Chocolate Pie
- Carbohydrate 14.1393425106565 g
- Cholesterol 31.7281250257858 mg
- Fat 11.7772962597279 g
- Fiber 0 g
- Protein 1.13459625010194 g
- Saturated Fat 7.45571250616077 g
- Serving Size 1 1 Serving (58g)
- Sodium 113.923500069082 mg
- Sugar 14.1393425106565 g
- Trans Fat 0.819536500680987 g
- Calories 164 calories
Step-by-step
- Cream butter in a mixing bowl.
- Gradually beat in the sugar with an electric mixer until light colored and well blended.
- Stir in the thoroughly cooled chocolate, and vanilla extract.
- Add the eggs, one at a time, beating 5 minutes on medium speed after each addition.
- Spoon the chocolate filling into a cooled, baked pie shell.
- Refrigerate at least 2 hours before serving.
Replacing whole eggs with commercial pasteurized liquid egg whites changes the emulsion stability significantly, yielding a lighter volume but requiring careful attention to mechanical aeration. French silk pie historically emerged during the mid-twentieth century as a refrigerator pie style popularized by American baking competitions, relying on whipped fats and eggs rather than baked starches to achieve structure. Without thermal pasteurization from cooking, texture depends entirely on mechanical whipping to dissolve sugar crystals completely into the fat matrix.
Assessing doneness requires monitoring the physical transformation of the mixture during the extended beating phase. Operating an electric mixer on medium speed for precisely five minutes per egg forces air cells into the mixture while friction dissolves the granulated sugar. Watch for the dense, dark batter to transition into a pale brown, glossy mousse that holds distinct volume and shows a soft ribbon trail when the beaters are lifted. Insufficient beating leaves gritty sugar grains suspended in the butter, while over-beating risks breaking the emulsion and curdling the lipids. Once spooned into the pre-baked pastry shell, chill the dessert for at least two hours at 40 degrees Fahrenheit to allow the saturated fats in the butter to solidify fully and stabilize the filling.
