Master Class Non-Stick Fluted Flan Tin / Quiche Pan with Loose Base, 18 cm (7")

A great baker needs quality equipment. This Master Class Non-Stick Fluted Flan Tin / Quiche Pan with Loose Base is made from commercial-grade, heavyweight carbon steel with a durable non-stick finish and loose base – so it’s easier to bake quiches and flans with perfectly formed fluted crusts and gorgeously cooked fillings, every time.

The flan pan measures 18 cm (7”) across and 3 cm (1”) deep. This versatile size makes it great for smaller savoury quiches and flans, as well as sweeter indulgences like apple and blackberry pies, and custard tarts.

Commercial-Quality Baking From Master Class

Whether you're baking every day or for a special occasion, this flan / quiche tin delivers premium performance. It's manufactured from heavy-duty, 1 mm-thick commercial-grade carbon steel, so it won’t warp or ‘pop’ in the heat of the oven. A special electroplating process helps it resist rust too.

Quantum II – Superior Non-Stick

This Master Class flan tin is coated with the advanced Quantum II non-stick finish – a state-of-the-art material that’s designed to outperform all conventional non-sticks.

Quantum II ensures your quiches and flans pop out of the pan smoothly. And with the help of the tin’s loose base, you can rest assured that the delicate fluted crusts will remain undamaged.

Quantum II includes ceramic materials for added strength, and a sandblasting process ensures it sticks firmly to the flan tin with no flaking.

More Features

• Never settle for half-baked quiches or flat flans - this commercial-grade carbon steel tin makes it easy to achieve great bakes
• Electroplated and sandblasted for extra durability, this 1 mm-thick tin won't warp, corrode or flake
• BPA and PTFE-free Quantum II technology provides two layers of durable non-stick protection
• Part of the Master Class multi award winning bakeware collection
• Fridge, freezer and dishwasher safe
• Really easy to clean
• Heat safe up to 220 degrees Celsius (428 degrees Fahrenheit)