Updated March 2026 | By Lily Clark
Affiliate Disclosure: This article contains affiliate links. If you purchase through them, I may earn a small commission at no extra cost to you. I only recommend cookware I personally test and cook with in my kitchen.
HexClad markets its cookware as something revolutionary.
Not stainless steel.
Not nonstick.
Both at the same time.
Their signature laser-etched hexagonal pattern supposedly protects the nonstick coating while exposing stainless steel peaks for searing.
It’s a clever idea.
But cookware performance isn’t determined by clever ideas.
It’s determined by:
- heat distribution
• surface durability
• recovery speed when cold food hits the pan
• how eggs behave after weeks of real cooking
So the question isn’t whether HexClad looks impressive.
The real question is much simpler.
Does the hybrid technology actually work in a real kitchen?
This review evaluates the HexClad Hybrid Frying Pan using controlled cooking tests, heat measurements, and durability observations.
No marketing language.
Just real cooking results.
Quick Verdict
Price Range: ≈ $120–$170
Construction: Hybrid stainless steel + PTFE nonstick
Best For: Eggs, sautéing, moderate searing
Not For: Ultra-high-heat steak searing or delicate French omelets
Heat Profile: Strong heat retention, moderate recovery
Induction Compatible: Yes
Overall Rating: 8.9 / 10
The HexClad pan sits between two cookware categories.
It behaves more durable than ceramic nonstick pans like Caraway or GreenPan.
But it doesn’t glide as effortlessly as traditional PTFE pans.
If you want a nonstick pan that tolerates higher heat and metal utensils, the hybrid concept works surprisingly well.
If you want the silkiest egg release possible, other coatings still perform better.
Where HexClad Fits in the Nonstick Ecosystem
Before reviewing HexClad in isolation, it helps to understand the broader nonstick cookware landscape.
If your primary goal is cooking eggs perfectly, start here:
Eggs expose nonstick performance faster than almost any other food.
Within modern cookware, nonstick pans fall into four major categories:
Traditional PTFE pans
Extremely slick but sensitive to scratching and high heat.
Ceramic nonstick pans
PFAS-free coatings like those in the Caraway Pan Review 2026: Is it Just Instagram Hype? or GreenPan Valencia Pro Review (2026): Is Thermolon Worth It?
Budget ceramic coatings
Simpler coatings like the one tested in the Ozeri Stone Earth Review: Real Science Behind the Greblon C3+ Coating.
Hybrid cookware (HexClad)
A layered stainless steel pan with a patterned nonstick coating embedded between raised steel ridges.
HexClad is the only major brand attempting this hybrid design at scale.
Testing Methodology
- Cooktop: Standard 120V electric cooktop
- Thermometers: ThermoPro TP19 + IR thermometer
- Testing Period: 14 days
- Egg Tests Performed: 12
- Protein Tests: 6
- Stress Tests: High-heat + acidic cooking
Build Quality & Construction
HexClad cookware uses a tri-ply stainless steel and aluminum construction.
Layers include:
- Stainless steel exterior
- Aluminum heat core
- Stainless steel interior
The nonstick coating is embedded within a laser-etched hexagonal pattern.
This pattern creates:
- Raised stainless steel ridges
- Protected nonstick valleys
In theory this means:
- Metal utensils touch steel first
- The nonstick coating stays protected
The pan also includes a magnetic stainless base, making it compatible with induction cooktops.
Overall build quality is excellent.
The pan feels heavier than most ceramic nonstick cookware and closer to premium stainless pans.
Understanding HexClad’s Hybrid Surface
The hybrid surface is the defining feature.
Instead of coating the entire pan with nonstick material, HexClad exposes stainless steel peaks.
This changes how food interacts with the surface.
Traditional nonstick pans:
Entire surface = low friction.
Hybrid pans:
The raised steel pattern reduces the amount of PTFE touching utensils, which is how the coating avoids the rapid wear common in traditional nonstick pans.
This leads to two major differences:
Searing improves slightly
Food release is less slippery
The result sits somewhere between stainless steel and nonstick.
Heat Distribution Performance
The HexClad pan heated from room temperature to 350°F in about 2 minutes 35 seconds.
This is faster than many ceramic pans but slightly slower than thin PTFE cookware.
Heat distribution testing showed:
Center-to-edge variance of about 15°F
This is excellent performance for a pan in this category.
The aluminum core distributes heat evenly across the cooking surface.
Real Cooking Performance
Egg Test (Day 1 vs Day 14)
Eggs reveal nonstick performance faster than almost any other food.
On day one, I dropped a cold egg into a dry pan at roughly 280°F surface temperature.
After about 45 seconds, the edges of the egg white began to set. When I tilted the pan, the egg moved — but not with the completely frictionless glide of a traditional PTFE pan.
The egg released with a gentle nudge from a silicone spatula. The stainless ridges created slight contact points along the edges, but once lifted, the egg slid free without tearing.
The omelet test showed similar behavior. Three eggs cooked over medium-low heat formed a clean omelet, though the fold required slightly more butter than a traditional nonstick skillet.
The more interesting observation appeared two weeks later.
After 14 days of daily cooking and one controlled high-heat stress test, I repeated the same cold egg test.
The release behavior was almost unchanged.
Where ceramic pans like Caraway or GreenPan often show a noticeable increase in friction after repeated cooking, the HexClad surface maintained nearly the same release characteristics.
The egg still required a small nudge to slide — but it did not develop the “grabby” texture ceramic coatings often show after heat exposure.
This is where the hybrid surface shows its advantage.
It may not be the slickest egg pan on day one — but it holds its performance more consistently over time.
Chicken Sear Test
The pan was preheated to 395°F surface temperature.
When a refrigerated 7-ounce chicken breast hit the pan, temperature dropped to roughly 320°F.
Recovery to 350°F occurred within about 75 seconds.
At about the two-minute mark, the edges of the chicken began to develop visible browning along the steel ridges.
By three minutes, fond formation appeared between the ridges while the nonstick valleys prevented aggressive sticking.
When flipped at roughly the four-minute mark, the crust was noticeably darker than what ceramic pans typically produce.
The raised steel ridges helped develop a more pronounced crust than ceramic pans.
Fond formation appeared along the ridges while the nonstick valleys prevented aggressive sticking.
This is where the hybrid design works best.
It allows browning while keeping cleanup manageable.
Fried Rice Test
Fried rice is an excellent stress test for heat recovery and evaporation.
The pan was preheated to 390°F before adding oil, vegetables, and cold rice.
When the rice entered the pan, surface temperature dropped into the low 320°F range.
For about 40 seconds, visible steam formed across the cooking surface.
As moisture evaporated, the rice began separating and browning along the steel ridges.
Within about 90 seconds, the pan recovered enough heat for proper stir-fry texture.
Compared to ceramic pans, the HexClad handled moisture slightly better.
Compared to a traditional carbon steel wok, it still lacked extreme evaporation speed.
Tomato Sauce Simmer Test
To evaluate acidic cooking performance, I simmered a basic tomato sauce at medium-low heat for 15 minutes.
The sauce maintained a steady simmer.
Surface temperature oscillated within roughly ±18°F, which is typical behavior for a household cooktop.
No staining or sticking occurred during cleanup.
This is one advantage of hybrid pans.
The stainless steel ridges handle acidic foods without the long-term wear concerns of ceramic coatings.
After rinsing the pan, cleanup required only a quick wipe with a sponge — no discoloration, no lingering tomato staining in the hex pattern.
Lily’s Lab Note: Hybrid vs Ceramic vs PTFE
Across recent tests on ShopBirdy, I’ve evaluated three major nonstick technologies:
Ceramic coatings (Caraway, GreenPan)
Traditional PTFE coatings
Hybrid coatings (HexClad)
Each behaves differently.
Ceramic pans
Excellent initial release but gradual glide loss over time.
Traditional PTFE pans
The slickest surface but most sensitive to scratches.
Hybrid pans
Less slippery but significantly more durable.
The HexClad design sacrifices some egg glide to gain scratch resistance and heat tolerance.
Understanding that tradeoff helps set realistic expectations.
Reality Check: What Real Users Actually Experience
HexClad cookware has extremely polarized opinions.
Some cooks love its versatility, while others argue the hybrid design doesn’t fully replace either stainless steel or traditional nonstick pans.
On cooking forums and communities, opinions often fall into two camps.
Some users appreciate the durability and versatility:
“They sit exactly in the center of a Venn diagram of nonstick, cast iron, and stainless.” (Source: Reddit)
Others feel the hybrid design sacrifices too much nonstick performance:
“They don’t deliver the full upsides of either.” (Source: Reddit)
Both perspectives highlight the same truth.
HexClad isn’t designed to outperform specialized cookware.
Instead, it attempts something different — a single pan that performs reasonably well across multiple cooking styles.
In testing, that description turned out to be accurate.
The pan doesn’t beat traditional PTFE for eggs, and it doesn’t beat stainless steel for steak.
But it does something interesting:
It sits directly between those categories.
That middle ground is exactly what some kitchens want — and exactly what others don’t.
How HexClad Compares to Other Nonstick Pans
Pan | Coating Type |
| Induction | Durability | Egg Glide |
HexClad Hybrid | PTFE + steel hybrid |
| Yes | High | Moderate |
Caraway | Ceramic |
| Yes | Moderate | Very good |
GreenPan Valencia Pro | Ceramic |
| Yes | Moderate | Very good |
Ozeri Stone Earth | Ceramic |
| No | Moderate | Good |
HexClad stands apart primarily in durability.
The hybrid structure tolerates higher heat and metal utensils better than ceramic coatings.
Cleaning & Maintenance
Cleaning the HexClad pan is straightforward.
Recommended care:
Hand wash with warm water and mild soap
Avoid steel wool on the nonstick valleys
Use moderate heat for daily cooking
One advantage of the hybrid design is that carbonized oil buildup is easier to remove than on ceramic coatings.
Because the surface includes exposed stainless steel ridges, occasional scrubbing does not damage the pan.
Because of the hexagonal pattern, small bits of food can occasionally settle into the intersections between ridges. A soft nylon brush or dish brush removes these easily without damaging the coating. Avoid aggressive steel wool inside the patterned surface, which can wear the PTFE valleys over time.
Long-Term Durability Expectations
After two weeks of testing:
No coating flaking
No visible scratching
No discoloration
Based on hybrid coating behavior, realistic expectations are:
3–5 years of strong nonstick performance
This is longer than most ceramic pans but slightly shorter than high-quality stainless cookware.
The structural pan body should last decades.
What This Pan Is NOT
Not a true stainless steel searing pan
Not a traditional nonstick egg pan
Not a substitute for carbon steel woks
It’s designed to sit between these categories.
Best For / Avoid If
Buy HexClad if:
You want a durable nonstick pan
You cook eggs and sauté vegetables regularly
You prefer cookware that tolerates metal utensils
You want induction compatibility
Avoid it if:
You want the slickest nonstick surface possible
You cook delicate French omelets frequently
You prefer lightweight pans
You expect stainless steel level searing
FAQ
Does HexClad actually need to be seasoned?
Technically, yes. While it is a nonstick pan, the exposed stainless steel ridges benefit from a light seasoning process—similar to a cast iron pan—to fill in the microscopic pores of the metal.
Before your first use, wash the pan, dry it, and rub a teaspoon of high-smoke-point oil (like avocado or grapeseed) into the surface over medium-low heat for 1–2 minutes. This creates a “patina” on the steel peaks that assists the nonstick valleys, making the pan much more effective for delicate items like eggs.
Is HexClad really dishwasher safe?
The marketing says yes, but the “Lily’s Lab” advice is no. Dishwasher detergents are highly abrasive and can eventually “pit” the exposed stainless steel ridges and degrade the PTFE in the valleys.
Because of the hybrid surface, bits of food can sometimes get caught in the “hex” intersections; a quick soak and a soft brush are much more effective than a dishwasher cycle and will likely add 2+ years to the lifespan of the coating.
Can you sear a steak as well as in a stainless steel pan?
Close, but no. A true stainless steel pan allows for maximum protein adhesion, which creates the deep “fond” (the brown bits) needed for pan sauces. Because HexClad is partially nonstick, it creates about 70–80% of the browning you’d get from pure steel.
It is significantly better than a ceramic pan for searing, but it won’t replace your All-Clad or Cast Iron for a professional-level crust.
Is the coating “toxic” if the steel gets scratched?
HexClad uses a high-grade PTFE coating that is PFOA-free. Because the nonstick sits in the “valleys,” it is physically shielded from your spatula. Even if you scratch the stainless steel peaks, the nonstick material remains intact in the recesses.
It is one of the safest ways to use PTFE because the coating is rarely subjected to the direct mechanical “scraping” that causes traditional nonstick pans to flake into food.
Final Verdict
HexClad isn’t a miracle pan.
But the hybrid design does accomplish something real.
It creates a pan that behaves more durable than ceramic nonstick while remaining easier to cook with than stainless steel.
You give up a little glide.
You gain a lot of durability.
HexClad is for cooks who want one pan that survives everyday abuse without thinking too hard about which pan to grab.
Legal Information
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About the Author
Lily Clark has spent years testing cookware and kitchen appliances the way most people actually use them — on a home circuit, in a real kitchen, cooking real meals.
At ShopBirdy, she applies a structured methodology to every product she tests: tracking heat distribution, pressure stability, coating integrity, and long-term build quality across repeated use cycles. She cares less about features listed on the box and more about what happens after six months on your counter. Her reviews are written for people who want to buy once and cook well.
