This kit contains all supplies you will need to make elegant and beautiful Liv Blouse in soft and drapey viscose fabric, both from one of our favourite indie French designers Lise Tailor.
What is included in this kit:
- The Liv blouse paper pattern by Lise Tailor for sizes 34-52 (Bust 80-122cm)
- 1 matching thread
- Iron on interfacing
- 1 button
- Fabric in your chosen colour / design (please choose from the options).
Pattern Information
Liv is a delicate blouse, designed to be layered over a light top. It suits cosy winter days and for stepping out, worn over a pretty camisole.
Details:
– With a crossover front
– Its tie belt offers a personalised and comfortable fit
– The split cuffs provide a neat and refined finish
Difficulty: Intermediate level
The pattern includes:
– a detailed booklet providing a simple and pragmatic step-by-step, illustrated guide
– a full size pattern (from size 34 to 52 – Seam allowances are included)
– all the above in a custom designed envelope with adorable scalop finish.
✂️ Materials needed (not included)
– Fabric (wide140 cm) – 34 to 46: 1,70m / 1,8yd and 48 to 52: 1,90m / 2yd
– Interfacing: 30cm / 11,8in
– Button: 1 button of 8 yo 10mm
– Elastic 2,5 cm: 34 cm to 51 cm / 27in to 12,8in
Share your creations #blouseliv and #lisetailor
Fabric Information
Soft and supple, this fabric will be perfect for creating your pretty dresses, blouses, skirts or shirts.
This fabric is not see-through and will not require lining.
Suitable for: dresses, blouses, skirts, shirts, jumpsuits and accessories.
Content: 100% viscose - FSC and STeP by OEKO-TEX® Certified.
Weight: 135 gm/sqm
Width: 137 cm
Opacity: semi-opaque, might require lining
Origin: designed and printed in France
Certification: FSC and STeP by OEKO-TEX® Certified
Care: viscose often shrinks by around 5 to 10%. I therefore recommend that you wash your fabric before sewing it.
Laundry care
– Wash your clothes inside out.
– 30° in the washing machine with a gentle spin (400 rpm).
– A delicate washing product
– No dryer.
– Iron inside out at low temperature.
