Black Rose Mulberry Silk Long Scarf – 16.5 x 63 in

Key Features

• 100% mulberry silk with a soft hand and a natural sheen
• Long Rectangle cut at 16.5 x 63 in (42 x 160 cm)
• Black Rose print, part of our floral designs
• Wears as neck scarf, shoulder wrap
• Available in Black
• Hand-finished edges and a lightweight drape that knots without bulk

Detailed Description

Its elongated shape works naturally for neck and shoulder styling. The design works as a versatile accent with both understated and more expressive outfits.

Mulberry silk is a long-filament fibre, which is what gives this scarf its even surface and fluid fall. It holds a knot without creasing hard, and it releases most fold marks after a short rest on a hanger. The fibre is breathable, so the scarf works across seasons: light enough for warm days, and warm enough at the neck when the temperature drops.

Specifications

• Material: Mulberry silk
• Dimensions: 16.5 x 63 in (42 x 160 cm)
• Shape: Long Rectangle
• Format: Long Scarf
• Pattern: Black Rose
• Design theme: Floral
• Styling: Neck Scarf, Shoulder Wrap
• Colorways: Black
• Care: Hand wash cool or gentle machine cycle in a mesh bag

How to Use & Care

Hand wash in cool water with a detergent made for silk, or use a gentle machine cycle inside a mesh bag. Do not bleach and do not tumble dry. Press out water without wringing, then air dry flat away from direct sunlight. If pressing is needed, use a cool iron on the reverse side.

Q&A

Is this real silk?

Yes. It is made from 100% mulberry silk, the long-filament silk used for fine scarves, not a polyester satin imitation.

What size is it?

It measures 16.5 x 63 in (42 x 160 cm). The measurement is taken flat, edge to edge, before knotting.

How do I stop it slipping out of a knot?

Silk is smooth by nature. A double knot, or tucking the tail under the first loop, holds all day without damaging the fibre.

Will the print fade?

Keep it out of prolonged direct sunlight and away from bleach or alcohol-based sprays such as perfume, and the colour stays even.