I don't like my frosting too sweet so I make my own.
- Carbohydrate 1.53843412022667 g
- Cholesterol 41.5793005466667 mg
- Fat 12.9425022792533 g
- Fiber 0 g
- Protein 2.24150229310667 g
- Saturated Fat 7.29225332860267 g
- Serving Size 1 1 Serving (41g)
- Sodium 1284.07596220994 mg
- Sugar 1.53843412022667 g
- Trans Fat 1.84876689976133 g
- Calories 129 calories
Step-by-step
- Mix Cream Cheese and Sugar together and enjoy!
The Chemistry of Sweetness and Structure
Velvety density defines a properly blended batch of cream cheese spread. Standard American buttercreams rely on massive sugar loads for physical volume. Reducing sugar changes the fundamental physics of the mixture. Granulated sugar does more than sweeten dairy fats; sharp crystals slice through fat globules during mixing to aerate the mass. Granulated sugar also dissolves poorly in cold fat without moisture. Standard granulated sugar risks leaving a grainy texture if not dissolved properly. Using superfine caster sugar prevents grit. Fine crystals dissolve into the trace water content of the cheese within 3 minutes of mixing. Temperature control dictates whether the mixture holds its shape or slumps. Cream cheese must sit at 68 degrees Fahrenheit before blending. Cold blocks create lumps that paddle attachments cannot smooth out. Over-beating breaks the emulsion entirely. Whipped cream cheese liquefies when overworked because mechanical friction generates heat. Stop the mixer the moment the ingredients homogenize. Visual cues matter here. Watch for the mixture to transition from a matte paste to a satin finish with soft peaks.
Storage and Application Boundaries
Dairy emulsions demand specific post-mixing handling. Lactic acid present in soft cheese inhibits certain bacterial growth, but high moisture content requires refrigeration. Store finished applications in a sealed container below 40 degrees Fahrenheit for up to 48 hours. Bring chilled applications back toward room temperature for 15 minutes before serving to soften the fat crystals. Applying this topping to warm baked goods causes immediate structural failure. Ambient heat melts the fat matrix instantly. Cool cakes or pastries completely on wire racks until internal temperatures match the kitchen environment. Humidity also impacts stability. High moisture air causes the exposed surface to sweat. Cover leftover portions tightly with plastic wrap pressed directly against the surface. Freezing this preparation is not recommended. Ice crystals puncture the fat emulsion during thawing. Thawed batches separate into a watery pool and grainy solids upon melting.
