TextilCentrum Cotton canvas ZETOILE 25B black stars on white, width 150cm
TextilCentrum Cotton canvas ZETOILE 25B black stars on white, width 150cm 2TextilCentrum Cotton canvas ZETOILE 25B black stars on white, width 150cm 3

TextilCentrum Cotton canvas ZETOILE 25B black stars on white, width 150cm

TextilCentrum · MaTex

11.93 EUR

In stock

Cotton Canvas ZETOILE 25B – Black Stars on White, 150 cm (Fabric by the Metre)

Stylish cotton canvas fabric featuring a modern pattern of differently sized black stars on a clean white background. Made from 100% cotton with a weight of 120 g/m², this fabric has a lightweight yet durable plain weave that is breathable, easy to sew, and suitable for a wide range of creative projects. The design is printed on one side only, while the reverse side remains unprinted.

Features

  • 100% cotton composition: Natural, breathable, and comfortable to work with.
  • Star pattern design: Black stars of varying sizes on a white background.
  • One-sided print: Decorative front with an unprinted reverse side.
  • Light canvas weave: Durable yet lightweight fabric suitable for sewing and crafts.

Benefits

  • Ideal for home décor such as cushions, curtains, and table textiles.
  • Perfect for sewing bags, organizers, and handmade accessories.
  • Easy to cut and sew thanks to its stable cotton structure.
  • Minimalist star design fits modern, Scandinavian, and kids’ interiors.

Package Contents: Fabric sold by the metre (width 150 cm).

Specifications

  • Material: 100% Cotton
  • Fabric Type: Cotton canvas (plain weave)
  • Weight: 120 g/m²
  • Width: 150 cm
  • Pattern: Black stars of different sizes
  • Color: White background
  • Print: One-sided

Keywords

cotton canvas fabric, star fabric, black star pattern, white cotton fabric, printed cotton canvas, fabric by the metre, sewing fabric, home décor fabric, minimalist fabric, kids fabric 150 cm

Original nameBavlněné plátno ZETOILE 25B černé hvězdičky na bílé, š.150cm (látka v metráži)
Width150 cm
Composition100% cotton
Weight120 g/m2