Parmesan Wafers

Parmesan Wafers
Parmesan Wafers
Crisp, fragile, practically see-through—no, the subject here isn't a character out of The Devil Wears Prada, but something just as, well, delicious: quite possibly the world's best cheese wafers. Best of all, they couldn't be any simpler to make.
  • Preparing Time: -
  • Total Time: -
  • Served Person: Makes 8 wafers
Bake Cocktail Party Kid-Friendly Quick & Easy Oscars Parmesan Party Gourmet Small Plates
  • 1 tablespoon all-purpose flour
  • Carbohydrate 1 g(0%)
  • Cholesterol 14 mg(5%)
  • Fat 5 g(8%)
  • Fiber 0 g(0%)
  • Protein 8 g(15%)
  • Saturated Fat 3 g(17%)
  • Sodium 292 mg(12%)
  • Calories 87

Preparation Preheat oven to 350°F with rack in middle. Line a large baking sheet with nonstick pad. Stir together cheese and flour. Make 4 mounds (about 1 1/2 tablespoons each) about 5 inches apart on baking sheet and spread each mound to form a 4- to 5-inch round. Bake until pale golden, about 10 minutes. Cool 2 minutes on baking sheet on a rack, then carefully transfer each wafer (they are very delicate) with a wide metal spatula to rack to cool completely. Stir cheese in bowl (to redistribute flour) and make 4 more wafers in same manner. Cooks' note:Wafers can be made 2 days ahead and kept, layered between sheets of parchment or wax paper, in an airtight container at room temperature.

Preparation Preheat oven to 350°F with rack in middle. Line a large baking sheet with nonstick pad. Stir together cheese and flour. Make 4 mounds (about 1 1/2 tablespoons each) about 5 inches apart on baking sheet and spread each mound to form a 4- to 5-inch round. Bake until pale golden, about 10 minutes. Cool 2 minutes on baking sheet on a rack, then carefully transfer each wafer (they are very delicate) with a wide metal spatula to rack to cool completely. Stir cheese in bowl (to redistribute flour) and make 4 more wafers in same manner. Cooks' note:Wafers can be made 2 days ahead and kept, layered between sheets of parchment or wax paper, in an airtight container at room temperature.