Hormel Pillow Pak Sliced Turkey Pepperoni - How Many Calories?

Reviewed by Dyt. Şeyda Ertaş, Registered Dietitian Last reviewed: May 17, 2026

Hormel Pillow Pak Sliced Turkey Pepperoni

85 gr
Hormel Pillow Pak Sliced Turkey Pepperoni image
207kcal
Carbohydrate3.21 gr %6
Protein26.34 gr %51
Fat9.79 gr %43

Hormel Pillow Pak Sliced Turkey Pepperoni Nutrition Values

Nutrients100 gr1 1 Serving
Calories(kcal)243207
Carbohydrate (g)3.783.21
Protein (g)30.9926.34
Fat (g)11.529.79
Fiber (g)00
Cholesterol (mg)123104.55
Sodium (mg)18581579.3
Potassium (mg)449381.65
Calcium (mg)2622.1
Iron (mg)2.72.29
Vitamin A (IU)1512.75
Vitamin C (mg)00

Nutritional values are based on the USDA database. Natural variations may occur; this information is for informational purposes only and does not constitute medical advice.

Dietitian's Tips for Consuming Hormel Pillow Pak Sliced Turkey Pepperoni

  • Metabolic Effect: The massive 30.99g of protein per 100g fires up your metabolism through the thermic effect of food, helping you maintain lean muscle mass while staying full for hours. This high protein density from turkey ensures your body burns more calories during digestion compared to high-fat processed meats.
  • Consumption Tip: With a relatively low fat content of 11.52%, I recommend using these slices as a protein-rich topping for your salads or homemade thin-crust pizzas. For my clients, pairing it with fiber-rich vegetables is the best way to balance the meal and maintain steady energy levels.
  • What to Watch For: The 1858mg sodium content is quite significant, so you must increase your water intake to prevent fluid retention and bloating throughout the day. I advise those with blood pressure concerns to strictly control their portion sizes and balance the meal with potassium-rich greens.
  • Exercise Equivalent: To burn off the 243 kcal provided, you can opt for a 45-minute brisk walk or a high-intensity 25-minute cycling session. The 2.7mg of iron in each serving will also aid in your post-workout recovery by supporting efficient oxygen transport to your muscles.