What’s the Difference Between Non Stick vs. Hard Anodized Cookware?

If you’re shopping for new cookware, then you've probably heard of both Non Stick and Hard Anodized Cookware but may not be sure of the difference between them. Both are made from the same materials—aluminum, Stainless Steel, or copper—but the ways in which they’re manufactured gives them different properties. Here, we'll explain how each type of cookware works so that you can make an informed choice about which one is right for your kitchen.

What Is Non Stick Cookware?

Non Stick Cookware has a coating that makes it easy to clean by simply wiping it down with a sponge or cloth. Some nonstick coatings are made from PTFE, while others use ceramic or silicone. Our Non Stick Cookware starts with the same body as our Stainless Clad Cookware, before being coated with a professional-grade, non-toxic coating.

• Cooking with Non Stick does not require oil or butter, making it the perfect pan for health-conscious home cooks.
• Because of their Stainless Clad core, they offer even, consistent heating with no hot spots.
• Non Stick is incredibly easy to clean and maintain—simply rinse with warm water and wash with a mild dish soap. Avoid using abrasive sponges or cleansers as they can damage the non stick coating.

Like all types of cookware, there are things to keep in mind when shopping for or using Non Stick Pans.

• Non Stick requires use of specific utensils to keep from scratching or damaging the coating.
• Some Non Stick Pans are made cheaply and may need to be replaced often once their non-stick coating wears off.
• Certain brands of Non Stick cannot be used at high temperatures or be used in the oven, which limits its usages.

What Is Hard Anodized Cookware?

Anodizing is a process that changes the surface of metal (such as aluminum) by adding a layer of oxidation. The anodized layer is strong, non-porous, and ideal for cooking all sorts of ingredients at different temperatures.

Hard Anodized Cookware has been anodized to a depth of at least 0.3mm, which makes it extremely durable. It can withstand high temperatures, is non-reactive to acidic ingredients, and doesn’t scratch easily. Hard Anodized Pans can also have a PTFE coating which to make them non stick.

• Hard-anodized aluminum is known for its durability and can last up to 10 years or more if properly cared for.
• These pans can be used at any temperature—from stovetop to oven—and won't warp or scratch as long as you treat them properly.
• Unlike traditional aluminum pans which use plastic handles, Hard Anodized pans come with stainless steel handles that won’t melt in high heat. They’re also easy to grip, even when wearing oven mitts.

• Hard Anodized Cookware is durable, but it can scratch if you use metal utensils.
• These pans are often heavier than other types of cookware.
• Hard Anodized Pans have some non stick capability, but often require the use of oil or butter to keep food from sticking.
• These pans are not meant to go in the dishwasher and need to be hand washed instead.

Which Is Better?

Which pan you choose depends on your personal preference and cooking style. Non Stick Cookware cleans up easily after cooking, and when properly cared for, can last a long time. This versatile cookware can be used for everything from eggs to fish using little to no oil.

Hard-anodized cookware has many of the same benefits as Non Stick Pans, but it's more durable and scratch-resistant than some Non Stick Cookware. That means you don't have to worry about your pots and pans getting scratched up when you're using them every day.

Both types of cookware are safe for use on gas, electric, glass, and induction stoves. But some differences between them make each better suited for certain types of cooking—scrambled eggs or other dishes that cook quickly and need lots of attention are better suited for Non Stick, while steak and other meals that cook slower are better for Hard Anodized.

Ready to Shop?

When shopping for new cookware online, the differences between Non Stick and Hard Anodized Cookware are pretty simple to understand. It's just a matter of deciding which type of material meets your needs and preferences better.