1970's Classic Cheese Ball
My parents made this every Christmas when I was a kid. I've never found a cheese ball that compares to this one.
My parents made this every Christmas when I was a kid. I've never found a cheese ball that compares to this one.
- Carbohydrate 3.76136348862229 g
- Cholesterol 52.2110711625 mg
- Fat 23.5957183605183 g
- Fiber 1.07774718122939 g
- Protein 6.28274643989757 g
- Saturated Fat 10.5076189280098 g
- Serving Size 1 1 Serving (69g)
- Sodium 326.599577042208 mg
- Sugar 2.68361630739289 g
- Trans Fat 2.37961081943501 g
- Calories 245 calories
Step-by-step
- Let blue cheese and cream cheese soften at room temperature.
- Mix cheese together and then add Old English spread, onions, and Worcestershire sauce.
- Mix well.
- Split into two equal portions.
- Wrap in plastic wrap, shape into balls, and allow them to harden in the fridge.
- Mix together the chopped pecans and parsley.
- Take cheese balls out of fridge, unwrap, and roll in the nut/parsley mixture until each ball is well-coated.
- Wrap again in plastic wrap and refrigerate overnight.
Mathematical Ratios in Dairy Scaling
Multiplying a multi-cheese formula requires maintaining precise weight ratios between high-fat solids and moisture-bearing mix-ins. Cream cheese contains approximately 33 percent fat and 53 percent moisture, meaning that altering quantities by a factor of two necessitates exact proportional adjustments to sharp cheese spread and blue cheese to avoid structural failure. Scaling beyond a double batch introduces mixing friction that can overheat the dairy proteins, softening the emulsion prematurely.
Emulsion Stability and Temperature Control
Fat crystal networks dictate firmness, requiring dairy components to soften at exactly 68 degrees Fahrenheit before blending. Exceeding this thermal threshold liquefies the milk fat triglycerides, destroying the suspension necessary to hold a spherical shape. Chilling the formed spheres for a minimum of 4 hours solidifies the fat matrix sufficiently for the exterior coating phase.
Coating Adhesion Mechanics
Surface moisture acts as the primary bonding agent for the pecan and parsley exterior layer. Chopping pecans to a uniform 2-millimeter particle size maximizes surface area contact without creating heavy points that slough off the soft dairy substrate. Pressing the nut mixture firmly into the chilled exterior ensures physical adhesion driven by surface tension.
