This graphic features a stylized botanical design with a large, abstract flower on top and a wavy, organic leaf structure below. The flower has elongated, radiating petals in an earthy brown tone, converging at a small, pale center. The leaf structure beneath is soft pink with fluid, curved shapes, giving it a hand-drawn, vintage feel. The design is outlined in black, emphasizing the contrast between the two organic elements. The style is reminiscent of Art Nouveau or folk-inspired floral patterns.
This graphic features a stylized botanical design with a large, abstract flower on top and a wavy, organic leaf structure below. The flower has elongated, radiating petals in an earthy brown tone, converging at a small, pale center. The leaf structure beneath is soft pink with fluid, curved shapes, giving it a hand-drawn, vintage feel. The design is outlined in black, emphasizing the contrast between the two organic elements. The style is reminiscent of Art Nouveau or folk-inspired floral patterns.
Premium quality kids hoodies
Material
Material
Our unisex kids' hoodies are made from 100% organic cotton.
Kids unisex cut
Kids unisex cut
Classic fit for children of all ages.
Details
Details
Premium look and outstanding quality.
Care instructions
Care instructions
All our children's hoodies are colorfast and machine washable at 30 °C.
High quality print
High quality print
We use digital direct printing to ensure print quality and durability.
Produced in Germany
Produced in Germany
All unisex children's hoodies are produced and printed by our trusted local partner.
Sustainably produced
Sustainably produced
Low waste, green electricity and a heart for social commitment.
"Bold blooms reimagined—modern, abstract floral art that transcends tradition. Discover unique modern art designs that blend innovation with timeless elegance, perfect for elevating your space."
Modern art meets nature’s elegance—abstract floral works that blend vibrant creativity with contemporary design, redefining the beauty of blooms through bold forms and dynamic expressions.