Tigercrown Die-Cast Aluminum Pudding-Shaped Cake Pan 10.8cm

The Tigercrown Die-Cast Aluminum Pudding-Shaped Cake Pan 10.8cm is your ideal companion for baking perfectly shaped cakes with ease and precision. Crafted from high-quality die-cast aluminum, this cake pan ensures even heat distribution for consistent baking results every time. Its unique pudding shape adds a creative touch to your homemade desserts, making them stand out for any occasion.

Designed by Tigercrown Co., Ltd., this cake pan combines durability with functionality, allowing you to bake with confidence and style. Its compact 10.8cm size is perfect for individual servings or small gatherings, while the non-stick surface makes releasing cakes effortless. Whether you are a seasoned baker or just starting, this cake pan helps you elevate your baking experience.

• Product Material: Die-Cast Aluminum

• Manufacturer: Tigercrown Co., Ltd.

• Made in: Japan

• Made from durable die-cast aluminum for excellent heat efficiency and even baking.
• Pudding-shaped design adds a unique and attractive form to your cakes.
• Compact 10.8cm size ideal for personal or small-sized cakes.
• Non-stick surface for easy cake release and hassle-free cleaning.
• Perfect for baking a variety of desserts including cakes, puddings, and molded treats.

Before use, lightly grease the pan to ensure easy release of your baked goods. Pour your prepared batter into the pan, filling it appropriately without overfilling. Bake in a preheated oven according to your recipe's instructions. After baking, allow the cake to cool slightly before gently removing it from the pan to maintain its shape. Avoid heating the pan directly on stovetops or leaving it empty in the oven to prevent damage.

Clean the pan after each use with warm water and a mild liquid detergent using a soft sponge. Avoid using metal scourers, abrasive agents, or knives on the surface to preserve the non-stick coating. Do not put the pan in a dishwasher or dish dryer. Store the pan in a dry place and avoid exposing it to extreme temperatures to maintain its durability and performance.