Toffee Almond Tiles Recipes

Steps:

• Line the bottom and sides of a 15x10x1-in. pan with foil. Grease foil with 1-1/2 teaspoons butter; set aside., In a large heavy saucepan, melt remaining butter. Add the sugar, water and corn syrup. Cook and stir over medium heat until a candy thermometer reads 290° (soft-crack stage)., Pour into prepared pan. Cool for 4 minutes. Sprinkle with chocolate chips; let stand for 3 minutes. Spread melted chocolate evenly over candy. Sprinkle with almonds; press down lightly. Cool until chocolate is firm. Break into bite-size pieces. Store in airtight containers.

Steps:

• Grease a 15x10x1-in. pan with 1 tablespoon butter; set aside. In a large heavy saucepan, melt remaining butter. Add sugar, slivered almonds, water and salt; cook and stir over medium heat until a candy thermometer reads 295° (approaching hard-crack stage). Remove from heat; stir in vanilla., Quickly pour into prepared pan. Let stand at room temperature until cool, about 1 hour., In a microwave, melt 1 cup chocolate chips; spread over toffee. Refrigerate 45 minutes or until set. Invert onto an ungreased large baking sheet. Melt remaining chips; spread over toffee. Sprinkle with chopped almonds. Let stand 1 hour. Break into bite-size pieces. Store in an airtight container.

Steps:

• In a large heavy bottomed saucepan, combine the butter, sugar and salt. Cook over medium heat, stirring until the butter is melted. Allow to come to a boil, and cook until the mixture becomes a dark amber color, and the temperature has reached 285 degrees F (137 degrees C). Stir occasionally.
• While the toffee is cooking, cover a large baking sheet with aluminum foil or parchment paper.
• As soon as the toffee reaches the proper temperature, pour it out onto the prepared baking sheet. Sprinkle the chocolate over the top, and let it set for a minute or two to soften. Spread the chocolate into a thin even layer once it is melted. Sprinkle the nuts over the chocolate, and press in slightly. Putting a plastic bag over your hand will minimize the mess.
• Place the toffee in the refrigerator to chill until set. Break into pieces, and store in an airtight container.

Steps:

• Line a 13-in. x 9-in. pan with foil. Grease the foil with 1-1/2 teaspoons butter; set aside. In a heavy 3-qt. saucepan, melt remaining butter. Stir in the sugar, water and salt. Cook over medium heat until a candy thermometer reads 240° (soft-ball stage), stirring occasionally. , Stir in almonds. Cook until candy thermometer reads 300° (hard-crack stage), stirring occasionally. Remove from the heat; stir in baking soda until light and foamy. Pour into prepared pan. Sprinkle with chocolate; let stand for 5 minutes. Carefully spread chocolate; sprinkle with pecans and peanuts. Cool on a wire rack for 30 minutes. , Sprinkle with coffee beans; press down lightly. Chill for 1 hour or until chocolate is firm. , In a microwave, melt white chocolate, stir until smooth. Drizzle over candy. Chill 30 minutes longer or until firm., Using foil, lift candy out of pan; discard foil. Break candy into pieces. Store in an airtight container.

Steps:

• Heat oven to 375°F (if using dark or nonstick pan, heat oven to 350°F). Grease bottom and sides of 15x10x1-inch pan with shortening or spray with cooking spray.
• In large bowl, beat 3/4 cup butter and the granulated sugar with electric mixer on medium speed until light and fluffy. Beat in egg. Beat in flour on medium speed until dough starts to form. Press dough in pan. Bake 13 to 18 minutes or until edges are light golden brown.
• Meanwhile, in 2-quart heavy saucepan, heat 1 cup butter, the brown sugar and corn syrup to boiling over medium heat, stirring frequently. Boil 2 minutes without stirring. Quickly stir in almonds; spread over baked layer. Bake 15 to 20 minutes or until dark golden brown and bubbling.
• Immediately sprinkle chocolate chips evenly over hot bars. Let stand 5 minutes to soften; gently swirl chips over hot bars with spatula. Cool completely, about 30 minutes. For bars, cut into 8 rows by 5 rows. Store tightly covered at room temperature.