Skip to product information

Jacquard Shell Tie Side Bikini Bottoms - Black

Jacquard Shell Tie Side Bikini Bottoms - Black

Regular price £25.00
Sale price
£25.00 Regular price
Size size guide
Colour

 More payment options
  • Regular rise
  • Tie sides
  • Stretchy, textured jacquard fabric
  • Top sold separately

In a classic tie side bikini shape, these black bikini bottoms are given a luxurious twist in textured shell jacquard fabric.

Free shipping over £60 | €100 | $150​
Easy returns

Shell: 94% Recycled Polyester 6% Elastane, Lining: 92% Recycled Polyester 8% Elastane

Turn inside out and machine wash at 30 degrees with similar colours. Delicate cycle. Do not bleach.

Do not tumble dry. Do not iron. Do not dry clean.

UK Shipping

Standard Shipping (3-5 Working Days) - From £3.95

Free Standard Shipping On Orders Above £60 (3-5 Working Days)

Next Working Day Shipping (Order by 2pm Monday - Thursday) - From £8.95

Free Next Working Day Shipping On Orders Above £150 (Order by 2pm Monday - Thursday)


USA Shipping
US Shipping (5-7 Working Days) : $11.00

Free US Shipping On Orders Above $150 (5-7 Working Days)

See More Shipping Info

How to Return?

We use Royal Mail for returns within the UK. You can find more information HERE Or access our return portal HERE

Sustainability Commitments

  • Made from recycled fibres

  • Carbon offsetting program

  • Recycled packaging

View full details

Made with Recycled Fibres

Our super-soft recycled fibre is a customer favourite for a reason. The fabric’s stretchy nature promotes irresistible comfort and is kinder to the planet than regular polyester. The fibres are made from already existing, non-biodegradable materials such as plastic bottles.

learn more

Wash consciously

Despite improvements in production, all synthetic fabrics lose microplastics during washing which can make their way into the water system. We recommend using a Guppyfriend Washing Bag, which protects your clothes from damage and captures any microfibre shed during washing, preventing microplastics from entering our rivers, seas and oceans.

learn more