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Quick Picks
| Product | What the listing states | Link |
|---|---|---|
| Duxtop Stainless Steel Sauce Pan with Lid, 1.6 Quart Induction Cooking Pot | 1.6 quart, 304 stainless with impact-bonded base; listed as suitable for induction, gas, electric and halogen | Check Price on Amazon |
| duxtop Stainless Steel Frying Pan, 9.5 Inch Induction Skillet | 9.5 inch, 304 stainless with heavy gauge impact-bonded aluminum encapsulated bottom; listed as suitable for induction, gas, electric and halogen | Check Price on Amazon |
| HexClad 10" Hybrid Nonstick Frying Pan, Dishwasher & Induction Safe | 10 inch tri-ply with aluminum core, stated safe on any home cooktop including induction | Check Price on Amazon |
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Last Updated: September 2026
Here's the direct answer: stick a magnet to the outside bottom of the pan. If it grabs firmly and holds its own weight, the pan will almost certainly work on an induction hob. If it slides off or clings weakly, it won't. That test is right most of the time — but it tells you nothing about whether the pan will work well, and it produces a specific class of false positives that frustrate people who thought they'd already checked.
This guide walks the test properly, explains the three things it misses, and points to cookware whose listings state induction compatibility outright so you don't have to guess.
- HIGH QUALITY MATERIAL: This 1.6 quart saucepan is manufactured with food grade 304 stainless steel featuring an impact-bonded base allowing for fast and even heating
- FEATURES: The stainless steel pot features a classic straight-sided and drip-free pouring design. Riveted to the pan is a stay-cool stainless-steel perfect-grip handle, allowing
- HIGH QUALITY MATERIAL: This 9.5 inch fry pan is manufactured with 304 food grade stainless steel. Heavy gauge impact-bonded aluminum encapsulated bottom for quick and even heating
- FEATURES: The induction fry pan features a classic straight-sided and drip-free pouring design. Riveted to the pan is a stay-cool stainless-steel perfect-grip handle, allowing for
- HexClad’s Hybrid technology features a laser-etched hexagonal nonstick surface that combines both stainless-steel and our TerraBond ceramic coating for the ultimate sear and easy
- The perfect everyday pan, our Hybrid 10-inch is a terrific size for preparing entrées for two, a hearty solo meal or couple of portions of sautéd veggies
The Problem: Induction Doesn't Heat Pans, It Heats Some Pans
A gas flame or an electric coil heats whatever you put over it. Induction doesn't work that way. The hob generates an alternating magnetic field, and only a pan with a ferromagnetic base couples with that field and turns it into heat. Aluminum, copper and most non-magnetic stainless steel simply sit there. The hob usually flashes an error and shuts off after a few seconds.
That's why "will my pans work on induction" is the first question every new hob owner asks — and why the magnet has become the standard kitchen-drawer answer.
Step-by-Step: The Magnet Test Done Right
- Use a real magnet, not a novelty one. A flat fridge magnet with a printed advert on it is weak and gives ambiguous results. A small neodymium magnet, or the magnet off a cabinet catch, is far more decisive.
- Test the outside of the base, not the side wall. Induction only cares about the flat disc that contacts the glass. Plenty of pans have a magnetic disc bonded into an otherwise non-magnetic body — testing the wall gives you a false negative.
- Test the centre and the edge of the base. If the magnet grips dead centre but goes dead an inch out, the ferromagnetic disc is small. That matters — see below.
- Judge the grip, not just the contact. The magnet should snap on and hold when you turn the pan over. A magnet that clings faintly and slides is telling you the base is only weakly ferromagnetic.
- Check the base is flat. Rest the pan on a countertop and press one edge. If it rocks or spins, the base is warped or convex, and it will make poor contact with the glass regardless of what the magnet says.
What the Magnet Test Misses
1. It doesn't measure how much of the base is magnetic
Most induction hobs have a minimum pan-diameter threshold for the burner to fire at all. A pan with a small magnetic disc buried in a wide aluminum base can pass the magnet test at the centre and still be ignored by a large burner — or heat only in a tight ring while the outer inch stays cool. This is the single most common reason people say "my pan is magnetic but won't heat on induction."
The magnet tells you whether. It doesn't tell you how much, and it can't tell you how evenly.
2. It doesn't tell you anything about heat distribution
Coupling and cooking are different problems. A thin magnetic disc will get hot fast and dump that heat into a narrow zone, which is how you scorch a roux while the edges of the pan are still cold. Construction is what fixes this, and construction is stated in the listing rather than measurable with a magnet.
For example, the 9.5 inch Duxtop skillet's listing describes a heavy gauge impact-bonded aluminum encapsulated bottom for quick and even heating [S4], and the HexClad 10-inch is described as tri-ply construction with an aluminum core for quicker even heating [S5]. Those are manufacturer descriptions, not measurements taken here — but they describe the structural approach that addresses hot-spotting, which a bare magnetic disc does not.
3. It doesn't cover warping, weight, or the rest of the pan
Induction needs contact. A pan that has warped convex will rock on glass and couple inconsistently. Weight matters too, in both directions: a very light pan can trip some hobs' pan-detection, and a heavy one is a chore over a long session. HexClad publishes a weight for its 10-inch pan — approximately 3 pounds, with dimensions of about 10 inches in diameter and 2 inches in height [S5]. That's a figure the manufacturer states; it's worth knowing before you commit to a pan you'll lift daily.
And a magnet says nothing about oven range, lid fit, or whether the handle stays cool.
Recommended Products: Cookware That States Induction Compatibility
Look, the cleanest way to skip this whole diagnostic is to buy cookware whose listing says induction outright. Three that do:
Duxtop Stainless Steel Sauce Pan with Lid, 1.6 Quart Induction Cooking Pot — Best for small-batch stovetop work where you want a lid
This is a 1.6 quart saucepan in food grade 304 stainless steel with an impact-bonded base that the listing credits with fast and even heating, and the listing states it's suitable for induction, gas, electric and halogen cooktops [S3]. Straight-sided with a drip-free pouring design and a riveted stay-cool stainless handle [S3].
The lid is the differentiator here. Tempered glass with a built-in steam vent and a loop handle, so you can watch a reduction without lifting it [S3]. Note the split oven ratings: the pan is oven-safe to 550°F while the glass lid is oven-safe to 400°F [S3]. If you're moving a covered pot into a hot oven, that 400°F ceiling on the lid is the number that governs.
Suits: sauces, milk, small batches of grains, anyone who wants a covered pot that's also dishwasher-safe and freezer-safe [S3].
Tradeoff: at 1.6 quarts [S3] it's a genuinely small pot. This is a supplementary size, not a workhorse.
duxtop Stainless Steel Frying Pan, 9.5 Inch Induction Skillet — Best for even heating in a mid-size stainless skillet
A 9.5 inch fry pan in 304 food grade stainless steel with a heavy gauge impact-bonded aluminum encapsulated bottom, which the manufacturer credits with quick and even heating [S4]. "Encapsulated" is the key word: it describes an aluminum layer sandwiched into the base, which is the standard structural answer to hot-spotting on induction. The listing states it's suitable for induction, gas, electric and halogen cooktops [S4].
The handle is a riveted stay-cool stainless design, and the listing specifically calls out the stainless rivets fixing the handle as safe and durable [S4]. Rivets are usually the first failure point on a skillet, so it's reasonable that the manufacturer highlights them.
Suits: anyone who wants bare stainless for searing and fond, with a base built for even heat rather than a bare magnetic disc.
And bare stainless is not nonstick; eggs need technique.
HexClad 10" Hybrid Nonstick Frying Pan, Dishwasher & Induction Safe — Best for a nonstick surface you can still use metal utensils on
HexClad describes a laser-etched hexagonal surface combining stainless steel with its TerraBond ceramic coating [S5]. The construction is tri-ply with an aluminum core for quicker even heating, and the listing states it's safe on any home cooktop including induction [S5].
That is dramatically above the two Duxtop pieces' 550°F [S3] and 500°F [S5][S4] ratings, and it implies the pan can go from hob to a very hot oven without a transfer step. HexClad also states it's metal utensil-safe and dishwasher-friendly [S5], which is unusual language for a coated pan.
Suits: cooks who want nonstick release without babying the surface, and who move pans into hot ovens.
Tradeoffs: no lid is included [S5]. It's approximately 3 pounds for a 10-inch pan [S5] — plan on two hands for anything heavy. And read the warranty scope carefully: HexClad's lifetime warranty covers manufacturer's defects on products sold by HexClad Cookware, and excludes commercial and restaurant use [S5]. That's a defect warranty, not a coating-wear guarantee.
Common Mistakes to Avoid
- Testing with a weak fridge magnet. Ambiguous grip gets read as "magnetic enough." It often isn't.
- Testing the side wall instead of the base. A stainless body over an aluminum core with a bonded magnetic disc will fail at the wall and pass at the base.
- Assuming "stainless steel" means induction-ready. Some stainless alloys are non-magnetic. The alloy grade doesn't settle it; the magnet does.
- Ignoring a rocking base. Contact is not optional on induction the way it is on gas.
- Assuming an induction-safe pan is oven-safe to the same temperature as its lid. The Duxtop sauce pan is a clean example: 550°F for the pot, 400°F for the glass lid [S3].
- Buying an interface disc as a permanent fix. It works, but it inserts an air gap and a second thermal mass between the field and your food. Fine for one heirloom pot; a bad plan for a whole set.
Tips for Best Results
- Match pan diameter to burner diameter as closely as you can. Undersized pans trip detection; oversized ones leave a cold rim.
- Buy the pan that states induction on the listing rather than inferring it. All three pans above state it explicitly [S3][S4][S5].
- Keep bases clean and un-scratched. Grit between glass and base degrades contact and scratches the hob.
- When you're testing an unfamiliar pan on a new hob, use water, not oil. Water shows you whether coupling is happening; hot oil in a poorly coupled pan just makes a mess.
How We Research
This website does not perform hands-on testing. For this page we read each product's Amazon Creators API verified product record and every published listing feature bullet, all retrieved 2026-09-06, then compared the stated construction, dimensions, oven ratings and cooktop compatibility across the three pans. Where a figure appears here — 1.6 quarts, 9.5 inches, 550°F, 500°F, 900°F, 3 pounds — it is the manufacturer's or the listing's published figure, attributed as such, not something observed in a kitchen.
For general consumer-safety context and recall information on cookware and appliances, CPSC [S1] and USA.gov's consumer protection resources [S2] are the authoritative starting points.
Related Resources
- How induction cooktops actually work
- Choosing between tri-ply and encapsulated-base cookware
- Caring for an induction glass cooktop
Frequently Asked Questions
Why won't my pan heat on induction even though it's magnetic? The three usual causes are a magnetic area smaller than the burner's detection minimum, a warped or convex base that rocks on the glass, and the pan not being centred on the coil. Check flatness on a countertop first — it's the fastest thing to rule out.
Is all stainless steel induction compatible? No. Magnetic response depends on the alloy and on how the base is built, not on the words "stainless steel." That's exactly why the magnet test exists.
Does an aluminum core mean a pan won't work on induction? Not necessarily — what matters is the outer layer that touches the glass. Both the 9.5 inch Duxtop skillet, with its impact-bonded aluminum encapsulated bottom, and the HexClad 10-inch, with a tri-ply aluminum core, are stated by their listings to be induction compatible [S4][S5].
Are induction interface discs a good solution? They let a non-magnetic pan work, but they add a layer between the field and the food, which costs responsiveness and adds a second hot object to handle. Reasonable for one pot you refuse to give up; not a substitute for compatible cookware.
Which of these three pans handles the hottest oven? The HexClad 10-inch, by a wide margin on published figures: HexClad states it's oven-safe up to 900°F [S5], against 550°F for the Duxtop sauce pan (400°F for its glass lid) [S3] and 500°F for the Duxtop 9.5 inch skillet [S4].
Do any of these come with a lid? The Duxtop 1.6 quart sauce pan includes a tempered glass lid with a steam vent and loop handle [S3]. The HexClad 10-inch listing explicitly states a lid is not included [S5]. The Duxtop 9.5 inch skillet's supplied listing information does not mention a lid.
Final Verdict
Run the magnet test — it's free, it takes five seconds, and it correctly sorts most of a cabinet. Then run the water test on anything that passes, because the magnet can't see base diameter or flatness, and those are what actually break induction cooking for people who thought they were fine.
For replacing what fails: if you want one pan that covers the most ground, the HexClad 10" Hybrid Nonstick Frying Pan is the pick on published specifications — tri-ply with an aluminum core, stated safe on any home cooktop including induction, metal utensil-safe, and oven-safe to 900°F [S5], which is the widest stovetop-to-oven range of the three. Accept that no lid is included and that it's approximately 3 pounds [S5].
If you'd rather have bare stainless for searing and fond, the duxtop Stainless Steel Frying Pan, 9.5 Inch Induction Skillet is the more traditional answer, with a heavy gauge impact-bonded aluminum encapsulated bottom aimed at even heating and stated compatibility across induction, gas, electric and halogen [S4]. And the Duxtop Stainless Steel Sauce Pan with Lid, 1.6 Quart Induction Cooking Pot fills the gap neither skillet does — a covered pot for sauces and small batches, oven-safe to 550°F with a 400°F glass lid [S3].
Sources & Methodology
Nobody at this website cooked on these pans, weighed them, or put them on a hob — there is no lab here and no kitchen bench behind this page. What we did do is read each pan's Amazon Creators API verified product record and its full set of published listing feature bullets, retrieved 2026-09-06, and compare what the manufacturers actually commit to in writing: base construction, stated cooktop compatibility, dimensions, capacity and oven temperature limits. For induction compatibility specifically that's unusually good ground to stand on, because compatibility is a structural property a manufacturer either states or doesn't — it isn't a subjective quality that needs a taster. What published specs cannot settle is durability over years, how the HexClad coating ages, or how any of these behave on your particular hob, and this page doesn't pretend otherwise.