-40%

15/40pcs Black/White Cotton Jelly Roll Fabric Strip for Quilting Patchwork Decor

$ 6.81

  • Brand: Unbranded
  • Color: Black
  • Country/Region of Manufacture: China
  • Custom Bundle: No
  • Fabric Weight: Medium
  • Feature: Abrasion-Resistant
  • Features: Quilted
  • Fiber Content: Cotton
  • Handmade: No
  • Key words 2: Quilting Fabric
  • Key words 3: Handmade Patchwork
  • Keywords 4: Cotton Fabric Kids
  • Keywords5: Fabrics for Sewing clothes
  • Length/Amount: Pieces
  • MPN: Does Not Apply
  • Material: Cotton
  • Model: Jelly roll
  • Modified Item: No
  • Pattern: Solid-Color
  • Quilting Sizes: Jelly Roll (25")
  • Square Size: 2.5'' Squares
  • Suitable For: Costume, Crafts, Cuffs, Curtains, Cushion, Quilting, Stage, Table Top, Tent
  • Technics: Woven
  • Theme: Patchwork
  • Thread Count: 200
  • Unit of Sale: Roll
  • Use: Handwork DIY
  • Width: Less than 45"

Description

Features 1. Pure cotton fabric in soft shirt quality. Perfect for arts and crafts such as patchwork or quilt projects. 2.All quilting fabric is treated after printing, meaning the colors remain fresh and bright even after repeated washing. 3. Quilting fabric stripes also can be used by scissors, the material would also work for hem a curve, scrapbooking. 4.40 Pcs of pure black high-qua lity jelly roll fabric strips. Ideal for arts and crafts such as patchwork. S pecifications Type black -40pcs/roll M aterial:100%cotton Size:2.44*39.37inch/6cm*100cm Use: Handwork DIY Thickness: thin/medium thick Style: plain weave Type: Black/white-15pcs/roll Size Approximately: 6cm*100cm Quantity:15pcs / roll Material: Cotton Use: Handwork DIY Color: black/white T ype : Red 40pcs/roll Green 20pcs/roll Material:100%cotton Length: 100cm Width: 6.3cm Use: Handwork DIY Weight:28.5g/pack Thickness: thin/medium thick Style: plain weave Type:Printed Notes 1. Due to the different monitor and light effect, the actual color of the item might be slightly different from the color showed on the pictures. Thank you! 2. Please allow 1-3cm measuring deviation due to manual measurement.