TechnIQ Non-Stick Saute Pan, 30cm Pots & Pans

The SCANPAN TechnIQ 30cm sauté pan is ideal for feeding a crowd. Made in Denmark, the non-stick pan has a large frying surface for searing meat, frying fish and sautéing diced vegetables. The high sides and 5.5 litre capacity make it an ideal choice for hearty casseroles and slow-cooked curries.

This versatile pan is oven-safe up to 250°C and can be used for baking and braising. A glass lid is available to purchase separately so you can use it for simmering and slow-cooking. Paired with SCANPAN’s stainless steel frying basket, this deep sauté pan is great for deep-frying chicken and vegetable tempura.

Designed in collaboration with professional chefs, SCANPAN’s TechnIQ range promises outstanding culinary results. The Stratanium+ non-stick coating allows you to cook with very little, if any, fat or oil, even at high temperatures. This resilient coating prevents food from sticking and makes the pan ultra-durable and easy to clean. It can even withstand the use of metal utensils and go in the dishwasher! It could potentially be the non-stick cookware that does it all.

SCANPAN cookware is made from recycled aluminium, making it an ideal choice for eco-conscious homes. The pans are suitable for gas, electric and induction hobs.

Dishwasher & Oven Safe.

About SCANPAN

SCANPAN is one of the world’s leading manufacturers of non-stick cookware. At their factory in Denmark, recycled aluminium is poured into moulds by hand and then die-cast under 250 tonnes of pressure. This technique ensures even heat distribution across the pan’s surface and creates ultra-durable cookware that will last a lifetime. Constantly innovating, SCANPAN combines traditional craftsmanship with modern technology to create premium cookware for home cooks and professional chefs.

SCANPAN cookware comes with a limited lifetime warranty against manufacturer’s defects. Defects include peeling, pitting, and bubbling of the surface and do not include residue buildup, damage due to propellant sprays or accidental damage from dropping.