If your market uses induction hobs, "induction-ready" is not a nice-to-have — a pan that doesn't work on induction simply won't sell there. Here's exactly what makes cookware induction-compatible, how to test it, and which markets demand it.
How induction hobs actually heat a pan
An induction hob doesn't get hot itself. Beneath the glass, a coil generates a rapidly changing magnetic field. When a pan containing a ferromagnetic (magnetic) material sits on top, that field induces currents in the pan's base and the pan heats itself directly. It's fast and efficient — but only if the pan can respond to a magnetic field.
Why plain aluminium doesn't work
Aluminium is the metal that makes cookware light and even-heating, but it is not magnetic. Put a plain aluminium pan on an induction hob and nothing happens — the hob won't even recognise it. This is the single most common reason a cookware line fails in an induction market.
The fix: a ferromagnetic base
Induction-ready aluminium cookware has a steel disc bonded or encapsulated into the base. The magnetic layer couples with the hob to generate heat, while the aluminium body above still spreads that heat evenly across the whole cooking surface — you get induction compatibility without losing aluminium's biggest advantage. This builds on the fundamentals in our aluminium & induction cookware guide.
The 5-second magnet test
Hold a fridge magnet to the bottom of the pan. If it grips firmly, the pan is induction-compatible; if it slides off, it isn't. Buyers can verify any sample this way in seconds — and it's worth doing, because a base that only looks like an induction base won't pass on the hob.
Which markets require induction cookware
Induction penetration is high across much of Europe and in markets like Korea, and it's rising elsewhere as energy-efficiency rules tighten. If you sell into those regions, an induction range is essential rather than optional — and buyers there increasingly filter catalogues by induction compatibility before anything else.
Does induction change how the cookware is used or cared for?
For the cook, no — the non-stick interior and care are the same. Induction cookware also still works on gas, electric and ceramic hobs, so an induction range covers every hob type, which is why many buyers standardise on it.
Papilla's induction lines
Papilla builds induction-ready ranges specifically — for example the Motto line (induction with a removable handle) and the "Plus" series such as Alize Plus, Fred Plus, Vilma Plus and Ragnar Plus. Browse the full induction cookware range, or request samples to run the magnet test yourself.
Frequently asked questions
Why doesn't aluminium cookware work on induction?
Induction hobs heat cookware through a magnetic field, and aluminium is not magnetic. A plain aluminium pan won't heat — or even be recognised — on an induction hob. It needs a ferromagnetic (steel) base bonded into the bottom to work.
How can I tell if a pan is induction-compatible?
Hold a magnet to the base. If it sticks firmly, the pan is induction-compatible; if it doesn't, it isn't. You can test any sample in a few seconds.
Can induction cookware also be used on gas or electric hobs?
Yes. Induction-ready cookware still works on gas, electric and ceramic hobs, so an induction range covers every hob type — which is why many buyers standardise on induction-compatible products.
Which Papilla ranges are induction-compatible?
Papilla's induction lines include the Motto series (induction with a removable handle) and the Plus series such as Alize Plus, Fred Plus, Vilma Plus and Ragnar Plus. As a rule, a Plus in the series name indicates an induction line.