I recently became an Arbonne Independent Consultant and wanted to spoil the guests at my 2 launch parties. I had decided to throw a "Pampermint" peppermint party, so I could make some themed desserts. Searched pinterest and found 2 recipes I just HAD to try. Home made peppermint patties (which became peppermint patty bark) and chocolate peppermint cookies.
|Chocolate peppermint cookies on the left, peppermint patty bark on the right.|
What you will need for the peppermint patties;
1 can sweetened condensed milk
5 1/2 cups powdered sugar
1 tablespoon peppermint extract
3 cups semisweet chocolate chips
3 tablespoons shortening
Original recipe can be found here
The second recipe was the chocolate peppermint cookies.
What you will need;
1 cup flour, plus more for the countertop
1/2 cup cocoa powder
1/2 teaspoon baking soda
1/2 teaspoon baking powder
1/2 teaspoon salt
5 tablespoons softened butter
3/4 cup sugar
1 large egg
1 large egg yolk
3/4 teaspoon peppermint extract
8 large candy canes, or 30 peppermint candies, crushed
2 pounds of white chocolate
Mix flour, cocoa, baking soda, baking powder and salt into one bowl. In another bowl, cream butter and sugar. Add egg and egg yolk, beating well after each addition. Mix in peppermint extract, and slowly add dry mixture. Split dough into 2 separate bags and refrigerate for at least 1 hour.
Preheat oven to 325F. Roll out one ball of dough to 1/8" thickness. Cut into 2" circles (I used a small mouthed glass), and place 1" apart on parchment paper lined cookie sheets. (they do not get thicker or wider upon baking). Roll and cut scraps one. Repeat with remaining disk. Bake for approximately 12 mins, or until cookies are dry to the touch. Let them cool.
If you are short on time, one modification that I have not tried, but believe would work quite well is; buy chocolate wafers and add the peppermint extract to the white chocolate. (I have not seen chocolate wafer that are peppermint flavoured, but they are the same consistency of the cookies made in this recipe)
Original recipe found here