About this product
- Bahan:Plastik
- Ciri bahan:Mesin Basuh Pinggan Mangkuk Selamat,Bebas BPA,Tahan Peti Sejuk
- Ciri:Tidak Toksik
- Kuantiti setiap Pek:10
Product description
Bake beautiful and delicious desserts with the Acuan Pudding Jelly / Rose Jelly Mould / Acuan Kuih Ros (10pcs).
•Quantity: Each pack includes 10 pieces of plastic molds perfect for making pudding, jelly, or rose-shaped cakes.
•Material: Made from high-quality plastic material that is non-toxic and safe to use.
•Material Feature: BPA free, dishwasher safe, and fridge safe for your convenience.
Create impressive desserts with ease using these molds. These molds are perfect for making delicious desserts that are sure to impress your family and friends. The rose-shaped mold is ideal for creating beautiful cakes that will look stunning on any table setting. Meanwhile, the pudding or jelly mold is perfect if you're looking to create a unique dessert that everyone will love.
The high-quality plastic material used in these molds ensures durability so you can use them over again without worrying about cracks or breakage. Plus, they're non-toxic so you can be sure they're safe to use when cooking food items of any kind. Cleaning up after baking has never been easier as these molds are dishwasher-safe too! Plus they can be safely stored in the fridge when needed without worry about them getting damaged due to their Fridge Safe feature.
•Note: These baking tins & moulds may also be referred as - kuey tutu moulds
Acuan Pudding Jelly / Rose Jelly Mould / Acuan Kuih Ros
❗❗❗Random Color Will Be Shipped❗❗❗
Dimension : D65 mm x H25 mm
Package Include : 1 pack (10pcs) Acuan Pudding Jelly / Rose Jelly Mould / Acuan Kuih Ros
- All product is Ready Stock.
- Product will be shipped out within 48 working hours upon order confirmation except Sunday / Public Holidays.
- Product will be screened thru by Quality Control before shipment.
- Product colour may slightly vary due to photographic lighting sources or individual monitor settings.
- Please allow 1 – 3cm deviation due to manual measurement.