Marble​‍​‌‍​‍‌​‍​‌‍​‍‌ Coated Nonstick Aluminum Die Casting Pitha & Cake Pan with Glass Lid

Transform your regular pitha-making process with the top-grade Marble Coated Nonstick Aluminum Die Casting Pitha and Cake Pan. Built for a long life and ease, this multipurpose pan is a great tool that allows you to make a pitha or a cake which is cooked to perfection with minimum effort. The marble nonstick coating of this pan assures that your work comes off very easily without any sticking, hence not only making the preparation but also the cleaning super easy. Be it a gas stove, an infrared cooker or a traditional clay stove, this pan is perfect.

Marble​‍​‌‍​‍‌​‍​‌‍​‍‌ Coated Nonstick Aluminum Die Casting Pitha Specifications

·         Material: Aluminum die-cast body with marble coating

·         Lid: Tempered glass

·         Nonstick: Ceramic-based coating

·         Suitable for: Gas stoves, infrared cookers, clay stoves

Marble​‍​‌‍​‍‌​‍​‌‍​‍‌ Coated Nonstick Aluminum Die Casting Pitha Key Features

·         Top-Notch Marble Coating: Makes the pan work in a nonstick way which is very helpful both while cooking and cleaning.

·         Strong Aluminum Die Casting: This is responsible for the even and perfect cooking since the heat is distributed very efficiently.

·         Wide Range of Application: Use it with gas stoves, infrared cookers, or traditional clay stoves without any limitations.

·         Original Ceramic Nonstick: To keep pitha or cake from sticking to a pan surface is the function of a ceramic-based nonstick.

·         Glass Lid Included: By having a look you can see how far the cooking process is without opening the lid.

·         Lightweight and Easy to Handle: Cooking and serving are made simple with this.

Additional Functionality

·         The product feature of being a great heat conductor makes pitha and cake perfectly cooked.

·         The non-stick surface comes with a significant decrease in the use of other sources of fat such as oil or butter.

·         Good to keep and easy to maintain, therefore, performance will last ​‍​‌‍​‍‌​‍​‌‍​‍‌long.