Popsy Clothing · Tights

Sugar Skull Net Tights I Gothic Patterned Hosiery I Popsy Clothing - ONE

Make your hosiery part of the outfit with our black sugar skull net tights. Featuring statement sugar skull motifs across a lightweight fish-net style net, these patterned tights bring an alternative edge to dresses and skirts without being limited to one season. They're a natural choice for gothic and alternative wardrobes, gigs, festivals and nights out, while also coming into their own for Halloween, spooky season and day of the dead-inspired styling. Features Black sugar skull design net tights All-over sugar skull pattern Lightweight fishnet-style net design Super stretch for a comfortable fit Comfortable waistband Statement patterned hosiery Easy to style across seasons Family business Why You'll Love Them The statement sugar skull motifs make your hosiery part of the outfit They add an alternative edge to colourful dresses and simple back outfits Perfect for gothic and alternative fashion lovers A standout choice for gigs, festivals, parties and nights out Brilliant for Halloween and spooky-season outfits The skull design works well beyond October for year-round alternative styling Message from Cherish Lets talk tights - the ones that actually fit! These sugar skull net tights were always going to be a favourite of mine - they're bold, alternative and such an easy way to change the feel of a dress! Of course they're fabulous for Halloween and spooky season, but please don't pack them away when October ends. Style them with your Popsy favourites, wear them to gigs and festivals or embrace the darker side of your wardrobe all year round. Happy Halloween! Cherish x Fabric & Composition 94% Nylon 6% Elastane Sizing Available in sizes 1-4 UK SIZE Petite 5"2 < Regular 5"3 - 5"6 Tall 5"7 > 6 ONE ONE ONE 8 ONE ONE ONE 10 ONE ONE TWO 12 TWO TWO TWO 14 TWO TWO THREE 16 THREE THREE THREE 18 THREE THREE FOUR 20 FOUR FOUR FOUR 22 FOUR FOUR FOUR Find Your Popsy Size - Popsy Clothing Product Care Hand wash only

90-day range £∞–-£∞ · average £NaN