introducing Titanium Cookware
Designed to Last Forever
The durability of stainless steel with the everyday ease of a nonstick pan.
Recommended by Tim Ferriss
“Most nonstick pans release harmful PFAS into your food and home. That’s why I use the Titanium Always Pan Pro 10.5” from Our Place—it’s the first nonstick pan with zero coating, zero 'forever chemicals,' and durability that lasts a lifetime.”

A Closer Look

Heat Safe up to 1000°F
There’s no need to be precious when the pan is built from such durable materials and is heat safe up to 1000°F*. Get all the high heat searing power you need with the ease of a nonstick — you’ll never want to go back.

Oven & Dishwasher Safe
Safe for both the oven and dishwasher, this innovative pan effortlessly transitions from stovetop to oven, making it perfect for a variety of cooking techniques. Plus, clean-up is a breeze—just pop it in the dishwasher and get back to what you love.

Lifetime Warranty*
At Our Place, we believe in the quality and durability of our products, which is why we offer a lifetime warranty. We stand behind our craftsmanship, ensuring that your favorite cookware is designed to last a lifetime. Cook with confidence, knowing that we’ve got your back, every step of the way.
Titanium Cookware Collection
Frequently Asked Questions
This technology is the very first of its kind, setting a new standard in cookware. It uses ultra-durable titanium to create an interior surface that is virtually indestructible. Mimicking the Lotus Effect (the phenomenon of water droplets forming on leaves, rather than being absorbed), the pattern pressed into the titanium makes the interior naturally hydrophobic, which in turn creates a nonstick effect. The surface simultaneously sears (really well, we might add), while the sunken pockets create airflow and a nonstick experience.
The original Ceramic Nonstick Always Pan 10.5” has a ceramic nonstick coating that is ultra slippery. The Titanium Always Pan Pro 10.5” doesn’t have a coating; the pressed interior surface is what gives it a nonstick effect. A key difference between cooking with our NoCo® technology versus ceramic nonstick is that food needs to cook through and self-release to achieve the full nonstick effect. It’s pretty genius, actually!
Once the food has had sufficient contact with the heat, it will release itself to let you know it's ready to be flipped or plated.
Yes. Our patented NoCo® technology achieves a nonstick experience through engineered titanium rather than chemical coatings. Our Titanium Pro cookware is made without PFAS (otherwise known as Forever Chemicals).
Our interior pattern and patented technology is actually totally different from others on the market. While it may look similar, this is the first pan with a nonstick experience that is constructed, not coated. Other patterned interiors don't utilize this technology and often coat their patterns with PFAS. We worked for years on this patented technology to be able to create a pan that lasts a lifetime without Forever Chemicals.
We selected materials that will last a lifetime. We stand behind the quality of our products, and that’s why we offer a limited lifetime warranty. Read more about our warranty here.
By creating nonstick performance through engineering, not chemicals. The micro-textured titanium surface mimics the Lotus Effect, naturally repelling liquids without a coating. Unlike traditional nonstick pans that rely on PFAS chemicals to achieve nonstick performance, the Titanium Always Pan Pro achieves superior performance through pure material science.
Our titanium nonstick pan comes with a lifetime warranty because it's engineered to last forever. The titanium surface is 300% harder than stainless steel and actually improves with use.
Absolutely! Durability is one of the key advantages of titanium nonstick cookware. Metal utensils won't damage the coating-free surface or affect nonstick performance. Unlike traditional nonstick pans that scratch and lose effectiveness, this titanium nonstick pan safely handles metal spatulas, tongs, and whisks, directly on its surface.
