We Tested Nonstick Cookware: Coatings Don't Need to Look Worn to Shed Particles
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Re: We Tested Nonstick Cookware: Coatings Don't Need to Look Worn to Shed Particles
#2- For each piece of cookware, we purchased and tested three separate units
- Before taking the “new” measurement, each unit was washed three times with dish soap and rinsed with isopropyl alcohol
- Oil blanks and uncoated cookware were included as controls
- We did not chemically identify the particles that were released
- This investigation measured particle release, not toxicity or health risk
Re: We Tested Nonstick Cookware: Coatings Don't Need to Look Worn to Shed Particles
#3The amount of stickiness perceived is 99% a skill / procedural issue.
Re: We Tested Nonstick Cookware: Coatings Don't Need to Look Worn to Shed Particles
#4I’m the founder of RTINGS.com. A few notes about this investigation: - For each piece of cookware, we purchased and tested three separate units - Before taking the “new” measurement, each unit was washed three times with dish soap and rinsed with isopropyl alcohol - Oil blanks and uncoated cookware were included as controls - We did not chemically identify the particles that were released - This investigation measure…
> For consumers who wish to minimize potential exposure to PTFE coating particles, the simplest approach may be to treat nonstick cookware as a specialized tool rather than a default choice. Instead, reach for uncoated cookware, such as stainless steel, cast iron, carbon steel, or glass, whenever practical.
If we follow that advice: For which type of food/dishes does it make sense to use nonstick cookware?
Re: We Tested Nonstick Cookware: Coatings Don't Need to Look Worn to Shed Particles
#5Re: We Tested Nonstick Cookware: Coatings Don't Need to Look Worn to Shed Particles
#6Re: We Tested Nonstick Cookware: Coatings Don't Need to Look Worn to Shed Particles
#7I’m the founder of RTINGS.com. A few notes about this investigation: - For each piece of cookware, we purchased and tested three separate units - Before taking the “new” measurement, each unit was washed three times with dish soap and rinsed with isopropyl alcohol - Oil blanks and uncoated cookware were included as controls - We did not chemically identify the particles that were released - This investigation measure…
Thank you for doing this. The conclusion from the text is: > For consumers who wish to minimize potential exposure to PTFE coating particles, the simplest approach may be to treat nonstick cookware as a specialized tool rather than a default choice. Instead, reach for uncoated cookware, such as stainless steel, cast iron, carbon steel, or glass, whenever practical. If we follow that advice: For which type of food/dis…
Re: We Tested Nonstick Cookware: Coatings Don't Need to Look Worn to Shed Particles
#8Re: We Tested Nonstick Cookware: Coatings Don't Need to Look Worn to Shed Particles
#9I've recently tossed all my coated pans (my favourite were the Anolon, but those too shed) and moved to stainless steel, save for a cast iron and carbon steel pan.
In the journey here the best I could find was a Hestan nanobond pan, which unfortunately laminated and has shown some pits after few months of use. They refunded me but titaniums isn't yet where stainless steel is.
Now I'm using a mix of Demeyere, De Buyer, and Made In.
It takes a bit of time to get used cooking in them without a ton of fat.
Look up Leidenfrost effect on youtube and you'll learn pretty quickly how to use stainless steel and do not let anything stick even fish.
Re: We Tested Nonstick Cookware: Coatings Don't Need to Look Worn to Shed Particles
#10If you're looking to switch, difficulty around cooking technique for stainless steel, carbon steel & cast iron is overblown. Same with seasoning/cleaning the latter two. Trust me, if I can figure it out, you can too.
Cast iron is good too but takes longer to heat the pan.
You only have to look in any professional kitchen - they don't use non-stick pans.