Eva Solo Professional Laser Titanium Slip-Let frying pan Black, Ø28 cm

The Eva Solo Professional Laser Titanium Slip-Let frying pan Black, Ø28 cm is an essential tool for those who prioritize both culinary performance and professional-grade durability in their home kitchen.

• Enhanced with a robust Slip-Let coating
• Titanium-reinforced surface for scratch resistance
• Professional-grade diameter of 28 cm
• Sophisticated matte black exterior
• Engineered for uniform heat distribution

The design of this frying pan focuses on precision and longevity. The combination of high-grade metal and the specialized Slip-Let coating ensures that food releases easily, allowing for healthier cooking with minimal fat. The titanium reinforcement provides a rugged surface that withstands the rigors of frequent searing and sautéing.

With a diameter of 28 cm, this pan offers ample cooking surface for families or multi-component dishes. The materials used allow for excellent conductivity, meaning the pan heats quickly and maintains temperature stability. The ergonomic handle is designed for balance, ensuring ease of movement during high-heat cooking sessions.

Eva Solo is a renowned Danish company with a history of creating functional, high-quality household goods. Their design philosophy centers on the intersection of aesthetic beauty and practical usage, consistently refining the tools that people use in their homes to make culinary tasks more efficient and enjoyable.

This frying pan is suited for demanding home chefs who require consistency. Use cases include:

• Searing proteins and vegetables at high temperatures
• Preparing delicate omelets or pancakes
• Deglazing pans to create rich reductions
• Everyday frying tasks requiring non-stick efficiency

To maximize the lifespan of the non-stick coating, it is best to use wooden or silicone utensils. While the pan is designed for durability, we recommend hand washing with soft sponges to protect the titanium surface. Avoid using metal scrapers or high-heat dishwashing cycles that may degrade the non-stick properties over time.