Thanks for checking. We're sorry, the product you're looking for is not available in your delivery location. Click here to shop for other great savings.
Overview
Specifications & Manuals
Introducing the Tefal 28cm Jamie Oliver Cook's Classics Induction Non-Stick Hard Anodised Frypan, a must-have addition to any kitchen. Crafted from super-durable hard anodised material, this frypan ensures even heat distribution while maintaining a non-stick surface that is incredibly easy to clean. The superior non-stick coating is infused with titanium, guaranteeing long-lasting performance and effortless cleaning. With Thermo-Signal technology, you can achieve precision cooking every time. The hourglass in the Thermo-Signal technology disappears when the frypan reaches the perfect frying temperature, eliminating any guesswork. Whether you're searing meats or sautéing vegetables, this frypan delivers exceptional results. Its 28cm size provides ample space for cooking a variety of dishes, and its induction compatibility makes it suitable for use on all types of stovetops. Designed in collaboration with renowned chef Jamie Oliver, this frypan combines functionality with style. Upgrade your cooking experience with the Tefal 28cm Jamie Oliver Cook's Classics Induction Non-Stick Hard Anodised Frypan and enjoy professional-quality results in the comfort of your own home.
Specifications & Manuals
Key Specifications
Model Number
H9120644
Finish Colour
Black
Induction compatible
Kitchenware type
Cookware
Warranty
Manufacturer Warranty
2 Years
Use
Not intended or designed for commercial use.
Other Features
Features
Super-durable hard anodised material: Hard anodised is a super-durable material that ensures the pan heats evenly, while staying non-stick. It's so easy to clean, too..
Superior non-stick coating infused with titanium: Super durable non-stick coating is infused with titanium, making it long lasting and easy to clean.
Thermo-Signal technology for precision cooking: The frypan is at the perfect frying temperature when the hourglass in the Thermo-Signal technology dissappears.