Lady McElroy 'Fleur De Nimes' Viscose Challis Lawn £16.80 p/m
Lady McElroy 'Fleur De Nimes' Viscose Challis Lawn £16.80 p/m
Lady McElroy 'Fleur De Nimes' Viscose Challis Lawn £16.80 p/m
Lady McElroy 'Fleur De Nimes' Viscose Challis Lawn £16.80 p/m
Lady McElroy 'Fleur De Nimes' Viscose Challis Lawn £16.80 p/m
  • Load image into Gallery viewer, Lady McElroy 'Fleur De Nimes' Viscose Challis Lawn £16.80 p/m
  • Load image into Gallery viewer, Lady McElroy 'Fleur De Nimes' Viscose Challis Lawn £16.80 p/m
  • Load image into Gallery viewer, Lady McElroy 'Fleur De Nimes' Viscose Challis Lawn £16.80 p/m
  • Load image into Gallery viewer, Lady McElroy 'Fleur De Nimes' Viscose Challis Lawn £16.80 p/m
  • Load image into Gallery viewer, Lady McElroy 'Fleur De Nimes' Viscose Challis Lawn £16.80 p/m

Lady McElroy 'Fleur De Nimes' Viscose Challis Lawn £16.80 p/m

Regular price
£8.40
Sale price
£8.40
Regular price
Sold out
Unit price
per 
Tax included.

Price: £16.80 per metre, sold by the half metre.

This soft and drapey viscose challis lawn has a light, fluid appearance.  bright and beautiful, modern floral on a black background.

Sewing Suggestions: Use for Tops, blouses and dresses.

Composition: 100% Viscose

Colour: Bright Pinks and Greens on Black

Width: 140 cm 

Part of the Lady McElroy Go Greener collection, this cloth is made from ethically sourced and sustainable fibres.

Wash Care: Wash at 30 degrees on a short cycle.  Hang to dry.  Iron on Medium to Low heat.  

Flying Bobbins reccommends that you always pre wash your fabrics before cutting or sewing to allow for the possibility of shrinkage.  If in doubt, test wash a swatch first before washing your whole piece. 

Needle suggestion: Microtex or Sharps Light to Medium.

Thread match service: gutermann-sew-all-100m-thread-match

Swatch service: Please e-mail hello@flyingbobbins.com stating the fabric you require and your postal address to request a swatch. 

This fabric is sold by the half metre, add the desired number of half metres to your basket.  Your fabric will be cut as one continuous length.