This 20cm copper au gratin pan from our innovative Copper Coeur Range delivers the legendary performance of solid copper cookware with the modern convenience of induction compatibility. Ideal for 2-3 portions, this sleek professional-grade pan excels at creating golden-crusted gratins, searing vegetables, and roasting small cuts, then transitions beautifully from oven to table with its contemporary brushed stainless steel exterior.

• Induction-compatible design with 1.9mm copper core—thicker than competing copper core cookware—ensuring authentic copper performance on any cooktop

• Premium 2.5mm tri-ply construction featuring a substantial copper core sandwiched between 200-micron stainless steel interior and 400-micron ferritic stainless steel exterior

• Maintenance-free brushed stainless steel outer layer maintains its sleek, modern appearance without polishing

• Stay-cool stainless steel loop handles provide secure grip and complement the range's contemporary aesthetic

• Non-reactive stainless steel lining preserves authentic flavours and prevents chemical interactions with acidic ingredients

• Professional-grade quality trusted by Michelin-starred chefs and serious home cooks worldwide

The genius of the Copper Coeur Range lies in its engineering: a genuine 1.9mm copper core delivers the exceptional heat conductivity and responsive temperature control copper is renowned for, while the outer ferritic stainless steel layer makes it compatible with induction hobs. This isn't a compromise—it's the best of both worlds. Whether you're achieving that perfect bubbling crust on a gratin dauphinois, pan-frying seasonal mushrooms, or roasting a compact joint of meat, the copper core distributes heat with remarkable evenness, eliminating hot spots and giving you precise control.

This 20cm round au gratin pan embodies Falk Culinair's commitment to innovation without sacrificing performance. The brushed stainless steel exterior requires no polishing yet presents beautifully at the table, while the copper heart ensures you have perfect heat distribution.