28cm Copper Frying Pan
This sleek 28cm copper frying pan is the ideal choice for recipes requiring higher heat settings. The superior heat distribution of solid copper virtually eliminates hot spots and scorching, while the stainless steel interior ensures that the flavours and composition of foods are pure and wholesome. Ergonomic cast iron handle makes lifting safe and easy too.
- Even heat distribution without hot spots
- Low flared sides to facilitate browning and searing
- 2.5mm patented bimetal construction
- Accomodates the average English breakfast
Typically, frying pans are vessels with flat bottoms and outward flaring sides used for searing, browning and frying larger pieces of food. Ours possess easy care brushed surfaces and the superb heat conductivity of solid copper. The patented bimetal technology bonds a fine 0.2mm layer of stainless steel to the 2.3mm solid copper plate resulting in a cooking utensil of unparalleled culinary performance. Enjoy professional results in your kitchen with Falk Culinair.
Falk Ref: INO2505SF
Diameter: 28cm (11") Height: 4.2cm (1.7") Capacity: 2.31 litres (4.9 pints) Weight: 2.55 kgs (5.6 lbs)
Add the Falk 28cm Copper Frying Pan to your cart
Add a Falk 28cm Copper Lid to your cart
Showing 2 of 60 reviews see all reviews
“Quality frying pan”
I would recommend this product to a friend!
Beautiful quality, substantial weight to this frying pan, it looks very professional, I’m so impressed with the food we have cooked in the pan, it looks so stylish we are leaving it on the cooker top, instead of storing it away.
5 customers found this review helpful. Did you? Yes, I did!
- Rollover the image to zoom, or click to view this in high definition.
May we also suggest
The Falk Guarantee...
As you may already know, we provide a "copper-bottomed" guarantee!
If you are not totally satisfied when you receive your Falk Copper Cookware, you can simply return this to us for a full, no-questions-asked refund.
In addition, all our products carry a lifetime warranty against any manufacturing defects.