Bowl from Hübsch

Amare Bowls Multicolour (set of 3)

Amare Bowls Multicolored from Hübsch is a beautiful set of three bowls that bring colorful elegance to your home. Each bowl is carefully crafted from 100% stone powder, giving them a unique texture and durability. The different colors in the set complement each other perfectly and the subtle shades make the bowls suitable for any table setting. Whether you're serving snacks or using them for small storage solutions, Amare Bowls Multicolored add a subtle yet eye-catching detail to your home.

These versatile bowls are not only functional but also a stylish element in your decor. Place them together as a decorative group or use them individually to add splashes of color around your home. They blend beautifully with other pieces from the Amare collection, creating a harmonious and cohesive atmosphere. However you choose to use them, the Amare Bowls Multicolored by Hübsch will undoubtedly enrich your home with both beauty and functionality.

The bowls are both practical and versatile. They are dishwasher and microwave safe, as well as suitable for food and oven use. This makes them an ideal addition to your kitchen where functionality and elegance go hand in hand.

• Material: Made from handmade stone powder (100%).
• Specifications: Please note that the Amare bowls are handmade, which means that each bowl has unique variations in color and finish. These small differences add character and charm, making each bowl completely unique. Experience the beauty of this craftsmanship and enjoy owning a very special piece that no one else has.
• Care instructions: To preserve the beauty and durability of Amare Bowls, it is recommended to wash by hand with mild soap and warm water. Avoid using abrasive cleaners or strong chemicals as these can damage the surface. Dry the bowl thoroughly with a soft cloth after washing to avoid water stains. Store the bowl in a dry place and avoid direct sunlight to best preserve the color.
• Weight: 0.5 kg.
• Design: Original design by Hübsch (2024).