3D Printed - Muted White Large 'Haven' Vase for Dried Flowers
3D Printed - Muted White Large 'Haven' Vase for Dried Flowers
3D Printed - Muted White Large 'Haven' Vase for Dried Flowers
3D Printed - Muted White Large 'Haven' Vase for Dried Flowers
3D Printed - Muted White Large 'Haven' Vase for Dried Flowers
3D Printed - Muted White Large 'Haven' Vase for Dried Flowers
3D Printed - Muted White Large 'Haven' Vase for Dried Flowers
3D Printed - Muted White Large 'Haven' Vase for Dried Flowers
3D Printed - Muted White Large 'Haven' Vase for Dried Flowers
3D Printed - Muted White Large 'Haven' Vase for Dried Flowers

3D Printed - Muted White Large 'Haven' Vase for Dried Flowers

£53.00 Sale Save
Introducing the Haven Vase made by Modernized Pottery. This vase is an embodiment of tranquility and timeless beauty. This elegantly designed vase offers a haven for your faux floral creations, providing the perfect sanctuary to display nature's most exquisite blooms.

With a dash of uniqueness this exquisite piece elevates the beauty of both your artificial and dried flowers.

With its clean lines and natural material, it introduces a sense of Zen, Scandinavian charm, and originality to your home. It's not only a delightful addition to your decor but also a thoughtful and unique gift that's perfect for anyone, whether it's for her, him, or your beloved friends and family.

Dimensions: 25.4cm x 14.7cm x 14.7cm

This vase is crafted from an eco-conscious and plant-based material, composed of a combination of bioplastic derived from corn (60%) and recycled wood fibers (40%). This sustainable material is completely biodegradable.

This particular material imparts the planter with the authentic appearance, texture, and distinctive aroma of natural wood.

Due to the use of natural wood fibers in the material, please be aware that there may be subtle variations in color based on the season, ranging from light to dark.

Use
3D print vases are typically not waterproof. We do not recommend using this vase with fresh flowers.
HAVN-VS-LG-MWH