Embroidered black cotton - plant motif
Width: 130 cm
Weight: ~200 g/m2 ; ~320 g/mb
Composition: 100% cotton
Black embroidered cotton - floral motif is a fabric from the embroidery category that combines black elegance with a floral ornament. Made of 100% cotton, it has a width of 130 cm and a weight of 200 g/m². The simple weave of the cotton paired with rich embroidery using cotton thread and a matte finish creates a material that looks and feels exceptional. It’s a fabric that attracts attention — perfect for projects with class and subtlety.
This cotton fabric with a weight of 200 g/m² and a width of 130 cm is a solid base for creations requiring structure. The composition of 100% cotton ensures natural breathability and softness, while the simple weave combined with the rich embroidery using cotton thread creates an impressive look with a delicate relief. The matte finish emphasizes elegance, and the black color gives it a modern, universal character. Although the embroidery is rich, it remains toned, making the fabric extremely practical for everyday wear and for evening outings.
The floral motif, embroidered with black thread on black fabric, creates a subtle tonal relief. The matte finish highlights the details without shine, and the whole gains character thanks to the deep, solid black. Available color: black. The tone-on-tone effect makes the embroidery look elegant on every silhouette, fitting both minimalist and more decorative designs.
Composition: 100% cotton. Wash at 30°C on a gentle cycle, without bleach. Dry preferably on a low spin dryer or hung up. Iron on the reverse side, at a temperature up to about 150°C, preferably through a thin cloth to protect the embroidery.
With a width of 130 cm and a striking yet subtle embroidery, this fabric is perfect for sewing elegant blouses, shirts, dresses with classic cuts, and stylish jackets. The black, matte surface with floral ornament adds character to designs without excessive embellishments — an ideal choice for those who love luxury in a minimalist form.