Wok CS Kochsysteme 064549 forged 24×7.0 cm with Xylan non-stick coating

Robust pans in a timeless design: the CS Kochsysteme forged wok (24×7.0 cm) combines a forged aluminum alloy body with a Xylan non-stick coating to provide even heat distribution and straightforward care. The compact wok is intended for everyday home cooking on compatible stovetops and can be used in the oven up to 160°C, offering a practical solution for quick meals, small portions and stir-fry preparations.

Advantages

The forged aluminum construction ensures rapid and even heat transfer, while the marbled Xylan non-stick coating reduces sticking and supports cooking with less oil. The wok features a heat-resistant outer coating with a black finish and heat-resistant soft handles for safe handling. Its high, curved walls allow gentle frying and keep ingredients intact during preparation.

Suitable for

• Stir-frying vegetables and meats
• Sautéing and quick frying
• Preparing small portions and single servings
• Cooking rice-based or noodle dishes

Key specifications

• Brand: CS Kochsysteme
• Model / MPN: 064549
• EAN: 4029096064549
• Size: 24 × 7.0 cm (diameter × height)
• Material: forged aluminum alloy
• Coating: Xylan non-stick (marbled appearance)
• Heat-resistant outer coating: black
• Handles: heat-resistant soft handles
• Oven-safe up to 160°C

How to use

Place the wok on a compatible stovetop and preheat briefly before adding a small amount of oil if desired. Use medium to high heat for stir-frying, tossing ingredients frequently to ensure even cooking and to preserve texture. The high, curved walls make it easy to move food while cooking. After use, allow the wok to cool slightly, then wash by hand or follow the manufacturer’s cleaning instructions for the Xylan coating; avoid abrasive cleaners that could damage the non-stick surface.

Usage recommendations

To prolong the life of the Xylan non-stick coating, use silicone, wooden or nylon utensils, avoid metal tools and clean gently. Do not overheat the empty pan; keep oven use within the specified 160°C limit.