Caffeine Ceramic Handmade Romani Brown Dinner Plate Set of 4

Enhance your dining experience with the Caffeine Ceramic Handmade Romani Brown Dinner Plate Set, crafted from premium-quality stoneware ceramic by skilled artisans. Every plate is individually handcrafted, making each piece unique with its own natural variations in color and texture.

Featuring an elegant Romani Brown glazed finish, these dinner plates combine traditional craftsmanship with modern aesthetics, making them perfect for everyday dining as well as special occasions. Their timeless round design complements both contemporary and classic table settings.

Made using 100% food-safe ceramic glazes, these plates are safe for serving all types of meals. The durable stoneware construction helps retain heat, keeping your food warm for longer while adding style to every meal.

The plates are microwave-safe and dishwasher-safe (mild cycles), making them convenient for daily use. They are also suitable for use with indirect heat sources. However, avoid placing them over direct flames or exposing them to extreme freezing temperatures.

Since each product is handcrafted, slight variations in color, texture, and finish are natural characteristics that enhance the authenticity of the product. Colors may also appear slightly different due to photography lighting and screen settings.

Product Specifications

• Brand: Caffeine Ceramic
• Material: Premium Stoneware Ceramic
• Design: Romani
• Color: Brown
• Shape: Round
• Set Includes: 4 Dinner Plates
• Plate Diameter: 10 Inches (Approx. 26 cm)
• Dimensions: 26 × 26 × 3 cm
• Finish: Glossy Glazed
• Food Safe: Yes
• Microwave Safe: Yes
• Dishwasher Safe: Yes (Mild Cycles Recommended)
• Suitable For: Daily Use, Family Meals, Dinner Parties, Restaurants, Cafés, Gifting

Product Care

• Clean with a soft sponge or cloth.
• Avoid using hard-bristled brushes or abrasive scrubbers.
• Dishwasher-safe in mild wash cycles.
• Microwave-safe for reheating food.
• Do not use on direct flame or direct burners.
• Avoid sudden temperature changes and extreme freezing conditions.