There is a good reason so many chefs idolise copper: It conducts heat impeccably. In chef-speak, that means quickly and evenly, responding to changes in temperature in an instant. But because copper does not naturally attach to magnetic induction hobs, it takes a bit of expert engineering to make induction-friendly copper work’and Mauviel, with their…
Mauviel’s M’Cook range outperforms standard stainless steel pans by miles. Every pan in this range has outer layers of 18/10 stainless steel and a flat base, which makes it induction-compatible, plus three inner layers of heat-responsive aluminium. The middle layer of that aluminium is pure, meaning there is no adhesive agent in it that slightly…
The innovative All-Clad G5 range has achieved a remarkable feat: It has the quick, even heat responsiveness of a five-layered metal pan, but the lighter weight of a three-layered metal pan. The secret to its success is a disc of graphite at the base of a pan, sandwiched within its core layer of aluminium, which…
Made in Portugal since 1951, Silampos pans anticipate the needs of home cooks. Their pots and pans are clad, from base to rim, with three layers of metal: non-reactive and induction-compatible stainless steel on the outside with a core of heat-responsive aluminium. This construction heats food uniformly and retains that heat well. The stainless steel…
If you want the unparalleled heat responsiveness of traditional copper but not the high maintenance, All-Clad’s Copper Core range is a perfect choice. Constructed with five layers of metal’18/10 stainless steel on the outside, two supportive layers of heat-responsive aluminium in the middle, and a core of copper’every pan in this range is induction hob’compatible…
There is a good reason so many chefs idolise copper: It conducts heat impeccably. In chef-speak, that means quickly and evenly, responding to changes in temperature in an instant. But because copper does not naturally attach to magnetic induction hobs, it takes a bit of expert engineering to make induction-friendly copper work’and Mauviel, with their…
The Mauviel M’Cook Casserole outperforms standard stainless steel pots by miles because of the way it’s designed. It has outer layers of 18/10 stainless steel, which makes it induction-compatible, plus three inner layers of heat-responsive aluminium. The middle layer of that aluminium is pure, meaning there is no adhesive agent in it that slightly weakens…
The Mauviel 150 frying pan is made from 1.5mm thick French copper (90%), which maximises heat responsiveness while being light enough to manage. The other 10% is made of stainless steel; unlike old-fashioned copper pans which are lined with tin, stainless steel does not need to be re-tinned every few years and will last forever….
The Mauviel M’Cook Roasting Pan is made from robustferritic stainless steel and is suitable for all hobs, including induction.Polished on the outside but brushed on the inside,it features a curved rim that allows easy pouring. It will last a lifetime.Because this roaster is not 5-ply, hence thinner than the rest of the M’Cook collection, the…
Due to their unique spun iron construction, Netherton Foundry pans are ideal for high-heat searing, everyday cooking in the oven or on the hob, and everything in between, all without straining your wrists. Black iron is highly magnetic, thus induction hob’friendly. This two-handledroasting pan is ready to handle both roasting and baking.Wide rims running down…
Mauviel’s M’Cook range outperforms standard stainless steel pans by miles. Every pan in this range has outer layers of 18/10 stainless steel and a flat base, which makes it induction-compatible, plus three inner layers of heat-responsive aluminium. The middle layer of that aluminium is pure, meaning there is no adhesive agent in it that slightly…
The innovative All-Clad G5 range has achieved a remarkable feat: It has the quick, even heat responsiveness of a five-layered metal pan, but the lighter weight of a three-layered metal pan. The secret to its success is a disc of graphite at the base of a pan, sandwiched within its core layer of aluminium, which…