Recipe libraryDawn Foods recipeCakes & spongesMakes 1500 g brownie batter in a 15" x 9" baking sheet (1/4 tray) · 3 components

Salted Caramel Cornflake Brownies

Salted Caramel Cornflake Brownies — a Dawn Foods recipe in 3 components, makes 1500 g brownie batter in a 15" x 9" baking sheet (1/4 tray). Uses Caramel Glossy Icing 14 kg.

Salted Caramel Cornflake Brownies — Dawn Foods recipe photo
mixing time (slow speed)
2 min
mixing time (medium speed)
1 min
baking temperature (brownie, deck oven)
180 °C
baking time (brownie)
35 min
heating temperature (caramel glossy icing and salt)
60-70 °C

Ingredients

Cake Brownie Mix

IngredientQuantity
Dawn Cake Brownie Mix1500 g
Water380 g
Vegetable oil95 g

Salted Caramel Cornflakes

IngredientQuantity
Caramel Glossy Icing 14 kgDawn Glossy Icing - Caramel Flavoured600 g
Cornflakes280 g
Sea salt6 g

Decoration

IngredientQuantity
Salted Caramel Fudge Pieces

Method

  1. Cake Brownie Mix

    Add all ingredients to a mixing bowl fitted with a beater.

  2. Cake Brownie Mix

    Mix on slow speed for 2 minutes and then a further 1 minute on medium speed.

  3. Cake Brownie Mix

    Deposit approx. 1500 g into a 15" x 9" baking sheet (1/4 tray).

  4. Cake Brownie Mix

    Bake in a deck oven at 180 °C for approximately 35 minutes.

  5. Salted Caramel Cornflakes

    Heat the caramel glossy icing and salt to 60-70 °C.

  6. Salted Caramel Cornflakes

    Add the cornflakes and stir in until all the cornflakes are coated.

  7. Assembly: Warm some caramel glossy icing and spread a thin layer on top of the cooled brownie.

  8. Assembly: Top with the warm salted caramel cornflake mix and spread as evenly as possible.

  9. Assembly: Using a wet hand, you can press the mix onto the brownie and spread it more easily.

  10. Assembly: Sprinkle the top with salted caramel pieces.

  11. Assembly: Allow to set and then cut into pieces of the desired size.

Dawn Foods recipe. Quantities and method as published by the manufacturer for its customers; test the formula under your own conditions before production.