Syinix Auto Ignition Table Top Gas Cooker-2 Burner[Copper valve No Rust]

The Power Flame 110mm Extra-Large Gas Burner is designed for fast and efficient cooking, offering a 2.4kW swirl flame that heats your food quickly and evenly. This advanced burner features a large 110mm surface, ensuring more space for cooking larger pots or multiple dishes at once. Thanks to its energy-efficient design, it provides 65% energy savings, reducing your gas bills while enhancing performance.

Built with an 11mm pure copper valve, the burner offers durability and reliability, with a leak-proof design for added safety. The 0.4mm heavy-duty support panel can hold up to 12kg+, making it perfect for heavy cookware. The 0.8mm durable construction ensures long-lasting performance and resistance to rust, making it a dependable choice for daily use. Whether you're cooking for a family or entertaining guests, the PowerFlame burner guarantees faster heating, more even cooking, and enduring performance, making it the ideal addition to any kitchen.

Here are some reasons why you should choose this product:

• 110mm Size: The larger burner size provides a larger cooking surface, which can accommodate larger pots and pans. This is especially beneficial for preparing meals in bigger quantities or for cooking large dishes.

• A larger burner typically provides more even heat distribution across the bottom of the cookware. This can lead to more consistent cooking, preventing hot spots and ensuring food cooks uniformly.

• Extra-large burners usually have higher heat output, meaning they can cook food more quickly. This is ideal for high-heat cooking methods like stir-frying or boiling, reducing overall cooking time.

• Gas burners like the Syinix 110mm are often built with durable materials that can withstand high temperatures and frequent use. This ensures long-lasting performance, making it a solid investment for home cooks or professional kitchens.

• Despite their larger size, high-quality burners like the Syinix model can be more energy-efficient. They use gas more effectively to generate heat, potentially reducing overall Fue* consumption