Project FarmReviews

Disclaimer: The information provided in this review is for entertainment purposes only. Product performance may vary, and actual results may differ from those depicted in our review. We do not guarantee the accuracy or completeness of the information presented, and we encourage you to conduct your own research before making any purchasing decisions. As an Amazon Associate, we earn from qualifying purchases.

What is the Best Non-Stick Pan? $16 vs $185 Pan? Let’s Find Out!

Todd's Picks

Best Even Heat Distribution

Caraway

Purchased for: $86

Made In: China

Search on Amazon

Caraway achieved the lowest temperature spread, ensuring uniformly cooked food.

Best Thermal Efficiency

Granitestone Diamond Pro

Purchased for: $17

Made In: China

Search on Amazon

Granitestone demonstrated excellent heat transfer, heating water rapidly.

Best Scratch Resistance

OXO

Purchased for: $30

Made In: China

Search on Amazon

OXO showed superior durability against scratches, maintaining its non-stick surface.

Tools Tested

Blue Diamond

Purchased for: $16

Made In: China

Search on Amazon
Granitestone Diamond Pro

Purchased for: $17

Made In: China

Search on Amazon
Tramontina

Purchased for: $25

Made In: Brazil

Search on Amazon
Sensarte

Purchased for: $26

Made In: China

Search on Amazon
Carote

Purchased for: $30

Made In: China

Search on Amazon
OXO

Purchased for: $30

Made In: China

Search on Amazon
GreenPan

Purchased for: $35

Made In: China

Search on Amazon
Ninja

Purchased for: $50

Made In: China

Search on Amazon
Anolon

Purchased for: $50

Made In: Thailand

Search on Amazon
Caraway

Purchased for: $86

Made In: China

Search on Amazon
Made In Carbon Steel

Purchased for: $90

Made In: France

Search on Amazon
Imarku

Purchased for: $120

Made In: China

Search on Amazon
HexClad

Purchased for: $185

Made In: China

Search on Amazon

Showing 13 of 13 products.

Price Comparison of Non-Stick Pans

Lower temperature spread indicates more even heat distribution across the pan's surface.

Higher temperatures achieved faster indicate better thermal efficiency.

Higher numbers indicate more severe damage from scratch tests.