Enchanted Floral Lace Dress Set Black

Enchanted Floral Lace Dress Set Black

Romantic and refined, the Enchanted Floral Lace Dress Set Black combines a heavyweight silky maxi slip with an intricate sheer floral lace overlay. Designed for elegant evening and occasion dressing, the two pieces can be worn together or styled separately for added versatility.

Key Features:

• Two-piece black maxi dress set
• Heavyweight silky slip dress with adjustable straps
• Intricate sheer floral lace overlay
• Slip dress can also be worn separately
• Matching skinny belt with pearl and diamante-style buckle
• Elegant longline silhouette

Fit & Size:

• Approx Length: 130cm
• S/M Pit to Pit: 45cm
• M/L Pit to Pit: 60cm
• S/M: Approximately UK 10 to UK 12
• M/L: Approximately UK 14 to UK 16

Fabric & Care:

50% Cotton, 50% Spandex. Machine washable.

Styling Suggestion:

Pair with simple heels and delicate jewellery, letting the floral lace and embellished belt remain the focus.

All measurements are taken with the garment laid flat.

For tops and dresses, pit-to-pit is measured straight across the garment from underarm to underarm. For trousers and skirts, the waist and hips are measured straight across while laid flat.

Many of our styles are one size and are designed to fit a range of body shapes. Where possible, we’ll include an approximate UK size guide within the product description.

Stretchy, elasticated and floaty styles may offer additional flexibility.

Not sure? Check the individual garment measurements above and compare them with a similar item you already own.

Delivery: UK- £3.99 for standard delivery etimated 3-5 working days. £4.99 for Tracked Royal Mail estimated 48 hours. £5.99 for Royal Mail tracked 24 hours (excluding weekends and bank holidays)

Returns: Items must be returned within 14 days of the date the parcel has been received by the customer, unless you receive a faulty item within 30 days of receiving your parcel. Full details of terms and conditions and how to return items via our ‘Portal’ can be found here