Ceramic Frying Pan ZWILLING TERRENO PLUS 28 cm, Gray

The ZWILLING TERRENO PLUS ceramic frying pan, 28 cm in gray, is a versatile cookware item designed for everyday frying, sautéing and reheating. Its 28 cm cooking surface provides enough space for family portions while the ceramic non-stick coating supports low‑fat cooking and simpler cleaning. The pan has an ergonomic handle sized for safe and balanced handling and a neutral gray finish that fits modern kitchens and conventional stovetops.

Advantages

The ceramic non-stick surface delivers reliable release of food without the need for excessive oils, and it is easy to clean after use. The 28 cm diameter gives a generous cooking area suitable for multiple ingredients or larger portions. The ergonomic handle improves grip and control during cooking and serving, and the pan’s construction is optimized for even heat distribution across the base to reduce hot spots.

Suitable for

• Frying and sautéing vegetables, meat and fish
• Preparing family-size breakfasts and one-pan meals
• Browning ingredients and finishing sauces
• Reheating leftovers without sticking

Key specifications

• Cooking surface diameter: 28 cm
• Coating type: ceramic non-stick surface
• Color: gray
• Handle: ergonomic design for safe handling
• Compatibility: suitable for conventional stovetops
• Primary uses: frying, sautéing, browning, reheating

How to use

Preheat the pan briefly over medium heat before adding ingredients to improve browning and prevent sticking. Use utensils appropriate for ceramic surfaces such as wooden, silicone or heat-resistant nylon tools to avoid damaging the coating. Clean the pan after cooling with warm water, mild detergent and a soft sponge to preserve the ceramic finish. Avoid abrasive cleaners and metal scouring pads.

Usage recommendations

For longer-lasting performance, avoid high dry heat for prolonged periods and do not use the pan under a broiler. Dry thoroughly before storing and stack with protective separators if stored with other cookware to prevent surface abrasion.