GAS CYLINDER BURNER CAST IRON - GAS STOVE ON A TRIPOD 7.6 kW Ø 17 CM - K020394

GAS CYLINDER BURNER CAST IRON - GAS STOVE ON A TRIPOD 7.6 kW Ø 17 CM FOR OUTDOOR USE This solid gas cylinder burner is a reliable solution for anyone who appreciates cooking outdoors. It is ideal for preparing goulash, paella dishes, on the grill or in large enameled pots. Thanks to its cast iron construction, high heating power and simple operation, it ensures comfort and safety of use in all terrain conditions. ✅ Key product features: • High heating power of 7.6 kW – allows for quick and effective cooking. • Smooth flame regulation – allows you to control the fire intensity. • Durable materials – burner and housing made of durable, painted cast iron resistant to temperature and weather conditions. • Stable tripod construction – ensures safe use even on uneven surfaces. • Safety valve – protects against uncontrolled gas leakage and increases safety. Technical data: • Gas type: propane-butane (gas cylinder burner) • Gas pressure: 30 mbar • Class: I 3B/P(30) • Heating power: 7.6 kW (G30/31) • Gas consumption: 550 g/h • Material: powder coated cast iron • Burner diameter: 17 cm • Base diameter: 35 cm • Height: 17 cm • Total length: 41 cm • Weight: 3 kg • Color: black • Intended use: For external use only • Requires a reducer to operate (not included) Kit Contents: • ✅ Cast iron burner for gas stove • ✅ Steel frame with legs (tripod) • ✅ Set of mounting screws • ✅ Flame control valve • Note: The set does not include a hose or gas cylinder connections. They must be purchased separately - remember about a compatible reducer! Cleaning and maintenance: After cooking, wait for the device to cool down, then wipe the burner and frame with a damp cloth. Cast iron is easy to keep clean, and its durability allows for use for many seasons. Perfect for outdoor cooking: Ideal for camping, garden parties, festivals or field kitchens. Thanks to its compact design, the gas cylinder burner can be easily transported and placed almost anywhere you need fire and heat.