TextilCentrum bavlněné plátno 103000/6340 BLUE, modré růže na krémové barvě, šířka 140 cm (látka metrů)
TextilCentrum bavlněné plátno 103000/6340 BLUE, modré růže na krémové barvě, šířka 140 cm (látka metrů) 2TextilCentrum bavlněné plátno 103000/6340 BLUE, modré růže na krémové barvě, šířka 140 cm (látka metrů) 3

TextilCentrum bavlněné plátno 103000/6340 BLUE, modré růže na krémové barvě, šířka 140 cm (látka metrů)

TextilCentrum · MaTex

9.10 EUR

Skladem

Cotton Canvas 103000/6340 – Blue Roses on Cream, 140 cm (Fabric by the Metre)

This cotton canvas 103000/6340 features an elegant floral design of blue roses on a soft cream background. Made from 100% cotton with a smooth plain weave, this lightweight fabric is both breathable and easy to sew, making it suitable for a variety of decorative and home textile projects. The classic floral pattern brings a romantic and timeless feel to any interior.

Features

  • 100% cotton: Natural, breathable, and comfortable material.
  • Lightweight fabric: 125 g/m² for easy handling and sewing.
  • Width: 140 cm.
  • Floral design: Blue roses on a cream background.
  • One-sided print: Pattern printed on one side only.

Benefits

  • Ideal for home décor such as cushions, curtains, and tablecloths.
  • Suitable for craft and DIY sewing projects.
  • Lightweight and breathable for everyday textile use.
  • Elegant floral design adds a classic decorative touch.

Package Contents: Fabric sold by the metre (width 140 cm).

Specifications

  • Product Name: Cotton Canvas 103000/6340 BLUE
  • Material: 100% Cotton
  • Width: 140 cm
  • Weight: 125 g/m²
  • Design: Blue roses on cream base
  • Weave: Plain weave
  • Print: Single-sided

Keywords

blue rose fabric, floral cotton fabric, cotton canvas fabric, rose print fabric, 100% cotton fabric, sewing fabric, curtain fabric, cushion fabric, fabric by the metre, decorative floral fabric

Original nameBavlněné plátno 103000/6340 BLUE, modré růžičky na smetanové, š.140cm (látka v metráži)
Width140 cm
Composition100% cotton
Weight125 g/m2