Marble cookware set 2x frying PAN Saucepan pots Large set klausberg

MARBLE COOKWARE SET 2x FRYING PAN Saucepan POTS Large SET KLAUSBERG EAN code: 5908287276598 Product code: KB 7659 MARBLE COOKWARE SET 2x FRYING PAN Saucepan POTS Large SET Brand: KLAUSBERG Product code: KB-7659 Bring a true revolution to your kitchen with this 12-piece set featuring a marble non-stick coating. Exclusive design meets unmatched functionality, making this set the perfect solution for every modern cook. • Made from premium quality aluminum: Ensures product durability and longevity. • Excellent heat retention: Enables energy-efficient cooking and even food preparation. • Versatile use: Suitable for all cooktops - gas, induction, ceramic, electric, and halogen. • Special soft-touch handle: Designed for comfort during use, providing a secure grip and protection against burns. • Marble non-stick coating: Guarantees food won’t stick to the bottom and allows for easy cleaning. • Dishwasher safe: Makes maintenance easy, keeping the set in perfect condition. Elevate your culinary skills with this exclusive set. Whether you are a professional chef or an amateur, this set will surely meet your highest expectations and become an indispensable part of your kitchen. Choose quality and style in one package. Set includes: - pot with lid ⌀28 x 13 cm - 7.1l - pot with lid ⌀24 x 11 cm - 4.4l - pot with lid ⌀20 x 9 cm - 2.4l - saucepan with lid ⌀16 x 7 cm - 1.2l - deep wok frying pan ⌀28 x 8 cm - 3.9l - frying pan ⌀24 x 4.5 cm - 1.6l - bakelite trivets for hot pots - 2 pcs. Pot lids fit the frying pans. The marble non-stick coating is enriched with granite powder, increasing its hardness. It is harder than Teflon while retaining its benefits: no burning, good heat distribution. It combines the advantages of cast iron and Teflon cookware. It has all the benefits of Teflon but is more resistant to damage, surpassing even ceramic coatings. This type of pots and pans also allows frying with minimal fat, as the cookware heats up similarly to stone and distributes heat across its entire surface.