Price
$60.00
/
$54.00
Title:
Retro Floral Cascade on S...
License Type:
COMMERCIAL
Categories:
Floral, Geometric, Abstra...
Types:
Womenswear, Interiors Hom...
File Size:
31.92 × 32.09 CM / 300 dpi
Print Support:
Digital Print
Tags:
retrofloralgeometricabstractrepeatpatternsapphireredgreenorangeleavesflowersstylizedboldvibrantmid-centurymodernsymmetrycascadedecorativedesigntextilesurfaceprintartwork
Primecolor:
Colors:
Retro Floral Cascade on Sapphire
This vibrant pattern features stylized floral motifs arranged in a striking, repeating cascade against a bold sapphire ground. The design is characterized by its simplified forms and bold color palette, reminiscent of mid-century modern aesthetics. Bright red flowers with stylized orange centers create a focal point, complemented by geometric green leaf shapes that add a balanced contrast. The pattern's structure is formed by neat rows and columns, creating a visual rhythm that is both engaging and easy on the eye. This gives the design a sense of structure and order while maintaining a playful, energetic feel. The flowers are arranged in a way that they look like stars from a distance. Each element is meticulously crafted, contributing to a cohesive and visually pleasing composition. The symmetry enhances the overall balance of the pattern, making it versatile for various applications. The clean lines and geometric nature of the leaf and flower shapes contribute to a modern aesthetic. The dark outlining around the elements enhances the crispness and clarity of the design. This pattern evokes a sense of retro charm, perfect for applications seeking a touch of vintage flair. It combines floral elegance with a touch of geometric precision. The pattern is vibrant and eye catching. The use of bold colors and symmetrical shapes makes the pattern visually stimulating. The geometric leaves complement the floral design. The colors contrast each other well. This pattern is very clean and pleasing to the eyes. The bold colors and stylized shapes make it a standout design. The symmetry contributes to its versatility.
