** PRE-ORDER Robins and Wreaths by Acufactum

£6.50

** DUE APPROX 14TH NOVEMBER - PLEASE NOTE: If you are ordering a stock item at the same time as a pre-order item please order on a separate order if you would like your stock item to be delivered immediately. Pre-orders will only be despatched once the order is complete.

Price per Quarter Metre - extra wide.

** DUE APPROX 14TH NOVEMBER - PLEASE NOTE: If you are ordering a stock item at the same time as a pre-order item please order on a separate order if you would like your stock item to be delivered immediately. Pre-orders will only be despatched once the order is complete.

Price per Quarter Metre - extra wide.

This delicately detailed design has beautiful watercolour illustrations by Sophia Drescher. Tiny robins perch inside festive wreaths made of ivy, berries, and evergreens, as if singing a quiet winter tune. Sprigs of mistletoe, rose hips, hellebores, and pine weave between the wreaths, creating a serene rhythm on the light background. The entire composition feels like a winter nature study, full of quiet beauty and gentle nostalgia.

Digitally printed on beautiful quality cotton fabric to show every fine detail. Produced in Europe, it complies with the Oeko-Tex® Standard 100.

Suitable for a wide variety of uses such as quilting, crafting and home decor.

Co-ordinating fabrics will be shown once fabric arrives.

Repeat: TBC
Width 148cm
Weight: 145gsm
Washing Instructions: 30 deg wash with light spin and cool iron.
The fabric can naturally shrink by up to 5-7% therefore we recommend washing our fabrics before sewing (especially in combination with other materials).

To help with the environment this fabric is not chemically pre-treated therefore is not suitable for external decoration due to poor light resistance. Let's all help our planet!

Fabric is sold in quarter metre units measuring 50 x 74cm (Fat Quarter). For a full metre of fabric measuring 100cm x 148cm just add 4 units to your basket. All fabric is cut to order and multiple units will be cut in one continuous length.