Pure Titanium Frying Pan with Hammered Texture – Naturally Non-Stick, Uncoated, Induction Compatible

Uncoated Pure Titanium Frying Pan for Toxin-Free Everyday Cooking

This frying pan combines a pure titanium cooking surface with a multi-layer base to deliver natural food release without synthetic chemicals. It eliminates the need for PTFE, PFAS, and ceramic coatings while providing durable, scratch-resistant performance. Suitable for all stovetops, it offers steady heat distribution for everyday meals.

Features & Benefits

• Pure titanium surface: The 0.5 mm hammered titanium cooking area is naturally non-stick and completely free of PTFE, PFAS, and ceramic coatings.
• Tri-ply construction: Features a 430 stainless steel induction base, an aluminum core for even heat distribution, and a pure titanium top layer.
• High heat resistance: Withstands temperatures up to 548 °C (1000 °F) and is safe for use in the oven and on all cooktops, including induction, gas, and glass-ceramic.
• Metal utensil safe: Withstands metal cooking tools without the risk of scratching, peeling, or surface wear.
• Easy maintenance: Dishwasher-safe design allows food residues to release smoothly, making everyday rinsing and cleaning effortless.

How to use

Before first use, heat the pan over low to medium heat and spread one teaspoon of oil across the surface for 2 to 3 minutes. The natural non-stick properties continue to improve with regular use.

Specifications

• Material: 3-layer construction (430 stainless steel base, aluminum core, 0.5 mm pure titanium cooking surface)
• Diameter options: 26 cm, 28 cm, 30 cm
• Height: 5.5 cm
• Maximum temperature: 548 °C / 1000 °F
• Cooktop compatibility: Induction, gas, glass-ceramic, and oven-safe
• Coating: Uncoated (free from PTFE, PFAS, PFOA, and ceramic)
• Cleaning: Dishwasher safe
• Utensil compatibility: Safe for metal utensils

What's in the box

• 1 pure titanium frying pan
• 1 matching lid

Upgrade to a chemical-free cookware essential built for lasting durability across all your cooking surfaces.