Third-Party Testing
We work with independent, accredited labs to test and verify our non-toxic cookware.
Building a bigger table starts with what we put on it.
Building a bigger table starts with what we put on it.
Made Without Forever Chemicals
Our cookware and food-contact surfaces are made without PFAS, including PTFE.
Over 250 Patents Globally
Our product design and engineering teams didn’t stop at just one innovation.
We Test for 700+ Analytes
Our products undergo extensive testing to rule out the presence of PFAS.
Up Close
Titanium Pro NoCo® Technology
Our fully clad, tri-ply cookware pairs a stainless steel exterior with a titanium interior. NoCo® technology is pressed directly into the cooking surface for a coating-free nonstick effect made without PFAS.
Thermakind® Ceramic Nonstick
Our proprietary ceramic nonstick coating delivers high-performance release and easy cleanup. It’s made without PFAS, including PTFE and PFOA, as well as lead, cadmium, or microplastics.
Wonder Oven®
Our bestselling air fryer toaster oven features stainless steel and glass interiors. Its bake pan, air fryer basket, and wire rack have food-contact surfaces made without PFAS.
FAQs
Our Place cookware is designed for safe everyday cooking and made with food-contact surfaces made without PFAS, including PTFE and PFOA. Third-party lab testing shows PFAS are not detected in our ceramic nonstick coatings and titanium cooking surfaces within the test methods’ reporting limits.
Yes, Our Place cookware and cooking surfaces are made without PFAS, including PFOA and PTFE, but you don’t have to take our word for it. We work with Light Labs, an ISO/IEC 17025-accredited independent testing lab, to help verify our safety claims, so you can trust what's in your kitchen and review the data yourself.
Our recent third-party test results show that PFAS were not detected in our Titanium Pro NoCo® Technology, our Thermakind® ceramic nonstick coating, and the food-contact cooking surfaces of our Wonder Oven (bake pan, air fryer basket, and wire rack), within the test methods reporting limits.
Yes, our Titanium Pro cookware is designed for safe, everyday cooking when used as directed. The interior cooking surface is titanium with NoCo® technology that is directly pressed into the pan rather than applied as a traditional nonstick coating. The cookware is made without PFAS, including PFOA and PTFE, and our recent third-party testing by Light Labs validates that PFAS were not detected within the test method’s reporting limits.
Third-party labs tested Our Place Titanium Pro NoCo® Technology, our Thermakind® ceramic nonstick coating, and the food contact cooking surfaces of our Wonder Oven (bake pan, air fryer basket, and wire rack) for a panel of over 680 compounds. The April 2026 testing covered the following PFAS analytes including PFBA, PFBS, PFDA, PFDoA, PFDoS, PFDS, PFHpA, PFHpS, PFHxA, PFHxS, PFNA, PFNS, PFOA, PFOS, PFPeA, PFPeS, PFTeDA, PFTrDA, PFTrDS, PFUnA, PFUnDS, and much more. The results showed these substances were not detected within the test methods’ reporting limits.
Yes. Our third-party testers work with ISO/IEC 17025 accredited and independent testing laboratories. ISO/IEC 17025 is the international standard used to assess the competence, impartiality and consistent operation of testing and calibration laboratories.
For Our Place, that means the lab’s testing is performed under recognized quality standards using validated methods, qualified personnel and calibrated equipment. These reports help support our product safety claims by showing what was tested, how it was tested and whether the tested substances were detected within the applicable reporting limits.
Independent, accredited laboratories receive representative samples of Our Place products or materials and test them using recognized methods selected for the product type, material and substance being evaluated. The labs then issue written reports that summarize the testing methods, reporting limits and results.
Our quality and product teams review those reports and use the findings to help support our safety claims, confirm material specifications and inform future product development.
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