Stainless Steel Crepe Pan with Titanium Coating 26cm Flat Griddle Pan

• Tri-Ply Stainless Steel Construction: Built with 18/10 stainless steel, an aluminum core, and 18/0 stainless steel for 3x faster heating compared to single-ply pans.
• QuanTanium Titanium-Reinforced Coating: Multi-layer non-stick coating reinforced with titanium for enhanced durability, abrasion resistance, and scratch resistance.
• Stay-Cool Riveted Handle: Ergonomic handle with secure riveted joints stays cool to the touch, making it comfortable and safe to hold while cooking.
• Universal Stove Compatibility: Works on induction, gas, vitro-ceramic, halogen, and electric stovetops, offering full flexibility no matter your cooking setup.
• Even Heat Distribution: Tri-ply construction promotes fast, even heating across the entire flat surface, helping save energy while cooking.
• Generous 26cm Flat Surface: Wide, flat design is ideal for crepes, pancakes, tortillas, or other thin, evenly cooked dishes.
• Durable Multi-Coat Finish: The reinforced coating is designed to resist wear from regular use, helping maintain non-stick performance over time.

This crepe pan combines advanced tri-ply stainless steel construction with a titanium-reinforced non-stick coating for fast, even, and reliable cooking performance. The aluminum core sandwiched between two layers of stainless steel allows the pan to heat up to three times faster than standard single-ply cookware, saving time and energy in the kitchen.

Designed for versatility, this pan works seamlessly across induction, gas, vitro-ceramic, halogen, and electric stovetops, making it a reliable choice no matter your kitchen setup. The stay-cool riveted handle ensures safe, comfortable handling while cooking, and the durable, scratch-resistant coating is built to withstand the demands of regular use, from delicate crepes to pancakes and beyond.

Care Instructions: Hand washing is recommended to preserve the non-stick coating and prolong its lifespan. Avoid metal utensils and abrasive scrubbers, which may damage the titanium-reinforced surface.