Golden Rabbit Enamelware 12-piece Dinnerware Set Cobalt Swirl

- Elegant Porcelain Enamel Finish on Carbon Steel with Stainless Steel Rim - 12-piece dinnerware set includes 4 plates, mugs and bowls 10 inch deep plate, 12 ounce mug, 24 ounce bowl - Stainless Steel Rims for Extra Durability - Dishwasher Safe & Non-Toxic - Oven and Stovetop Safe - Works with Induction - Not Intended for Microwave

Product description

Cooking Amazing Meals

Versatile Dining & Cookware Choice

Traditional Semi-Handmade Production

Enamelware is a versatile and reliable choice for cooking, offering several advantages that enhance the culinary experience. Its even heat distribution ensures consistent cooking results, making it ideal for techniques such as baking, roasting, simmering, and frying. Enamelware's non-reactive surface prevents interactions with acidic foods, preserving the natural flavors of ingredients. Additionally, enamelware is free from harmful chemicals, providing a safe and healthy option for meal preparation. Its durable and stain-resistant properties make it easy to clean and maintain, making enamelware a practical and sustainable addition to any kitchen.

Discover our delightful children's enamelware collection, featuring fun and colorful designs perfect for little ones, including our licensed line of Beatrix Potter characters.

Embrace seaside charm with our coastal enamelware collection, featuring nautical themes and ocean-inspired colors.

Delve into the captivating allure of our marbled patterned enamelware, where intricate designs intertwine to create a kaleidoscopic tapestry for your table.

Savor the timeless elegance of our swirled and solid traditional enamelware, featuring classic designs that complement any table setting.

Created using a traditional handmade production method that has changed very little since the late 18th century. Each piece is hand-dipped and fired at extremely high temperatures causing the steel to contract and fusing the porcelain enamel to the steel, creating a durable, non-porous surface.