Cast iron wok with glass lid, 30 cm, 4,4 l, black. Compatible with all cooktops including induction and oven. Non-stick surface for easy cooking and cleaning.
Staub Wok with Glass Lid – Professional Cast Iron Wok for All Cooktops
The Staub Wok with Glass Lid is a professional-grade cast iron wok designed for versatile cooking across multiple heat sources. Its 4.4-litre capacity and 30 cm diameter make it suitable for both everyday meals and larger batch preparations.
Cast iron construction with glass lid retains heat evenly for consistent cooking results
Compatible with gas, electric, induction, halogen, and ceramic cooktops, as well as ovens and grills
Non-stick coating ensures easy food release and simplified cleaning after use
4.4-litre capacity accommodates stir-fry portions for 2–4 people
What sets the Staub Wok apart
The combination of cast iron thermal mass and a tempered glass lid creates a self-regulating cooking environment — heat is stored and distributed evenly, while the lid retains moisture for dishes that benefit from a slight steam finish. The wok shape naturally concentrates heat at the centre for searing, while the cooler edges allow for gentle warming.
Ideal for
Home cooks who prepare stir-fries, sautés, and one-pan meals regularly. The generous 4.4-litre capacity suits couples and small families who cook in moderate quantities without needing to work in multiple batches.
How to use the Staub Wok
Place the wok on the chosen cooktop and preheat gradually — cast iron responds best to slow, even heating
Add oil once the wok is hot; the non-stick coating prevents sticking from the start
Cook ingredients in batches if needed, keeping the lid on to retain heat and moisture
After cooking, allow the wok to cool before cleaning; the glass lid is dishwasher-safe
Staub is a French premium cookware brand known for its enameled cast iron and forged iron products. The brand focuses on durable, high-performance cooking vessels designed for professional and home kitchens alike. Staub products are engineered for even heat distribution and long-term durability.
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