Chocolate cake (2 varieties)
Delicious chocolate cakes to satisfy your chocolate craving.
Two options are available including:
Chocolate cake with ganache
Triple Choc Mousse (only available in 20cm round shape)
Cakes are keto, gluten free, soy free, low carb, and gum free.
Chocolate cake with ganache variety can be made dairy free.
Pick up from our shopfront at Capital Food Market (Belconnen Market) between 9am and 2pm from Wednesday to Sunday.
Address: 10 Market Street, Belconnen, ACT 2617.
How to Order
Place your order by filling out Cake order request form and we will get back to you as soon as we can.
Please note: Images are examples only. The final product presentation may vary for each order.
Delicious chocolate cakes to satisfy your chocolate craving.
Two options are available including:
Chocolate cake with ganache
Triple Choc Mousse (only available in 20cm round shape)
Cakes are keto, gluten free, soy free, low carb, and gum free.
Chocolate cake with ganache variety can be made dairy free.
Pick up from our shopfront at Capital Food Market (Belconnen Market) between 9am and 2pm from Wednesday to Sunday.
Address: 10 Market Street, Belconnen, ACT 2617.
How to Order
Place your order by filling out Cake order request form and we will get back to you as soon as we can.
Please note: Images are examples only. The final product presentation may vary for each order.
Delicious chocolate cakes to satisfy your chocolate craving.
Two options are available including:
Chocolate cake with ganache
Triple Choc Mousse (only available in 20cm round shape)
Cakes are keto, gluten free, soy free, low carb, and gum free.
Chocolate cake with ganache variety can be made dairy free.
Pick up from our shopfront at Capital Food Market (Belconnen Market) between 9am and 2pm from Wednesday to Sunday.
Address: 10 Market Street, Belconnen, ACT 2617.
How to Order
Place your order by filling out Cake order request form and we will get back to you as soon as we can.
Please note: Images are examples only. The final product presentation may vary for each order.