All-Clad is a pioneer of multi-ply cookware, in which metals are bonded together not just at the base but throughout the pan, providing effective, even heating without any hot spots. The d5 range was designed with the high heat of induction hobs in mind, as its five layers of indestructible metal’18/10 stainless steel exteriors, with…
Renowned Japanese knifemakers Kai Shun teamed up with German chef Tim Mlzer to create the Kai Shun Premier range, featuring multi-textured steel blades that are both hard and flexible at once, plus symmetrical wooden handles that are suitable for both left- and right-handed cooks. In this series, every blade’s back down to its middle has…
Culinary professionals know they can trust De Buyer to make hard-wearing, reliable kitchenware. Established in 1830, the French metal manufacturer has made pots, pans and baking equipment from a variety of materials, from copper to iron to steel, all with global success. This Non-Stick Springform Cake Tin has a tight seal, ensuring the batter will…
The Silverwood Bakeware Cake Pan is great for avid bakers. Resilient and heavy-duty, it will not warp, rust or peel. The alloy core spreads heat fast and evenly, producing perfect baking in a reduced time. The anodised aluminium surface, which is completely food-safe, will release cakes easily (but should still be greased, as with all…
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…
Made in Italy, the Hestan CopperBond range has been optimised for induction hobs. Every piece features five layers of metal: outer layers of stainless steel, supporting layers of aluminium, and a core of copper, a metal that provides unparalleled temperature control. The wraparound stainless steel base creates greater contact area with the heat source, which…