Size Table
| SIZE |
BUST |
WAIST
|
HIP |
LENGTH |
| S |
80cm/31.5'' |
64cm/25'' |
85cm/33.5'' |
141cm/55.5'' |
| M |
84cm/33''
|
68cm/26.7'' |
89cm/35'' |
142cm/59'' |
| L |
90cm/35'' |
74cm/29'' |
95cm/37'' |
143cm/56'' |
| XL |
96cm/38'' |
80cm/31.5'' |
101cm/39'' |
144cm/56.7'' |
| XXL |
102cm/40'' |
86cm/33.8'' |
107cm/42'' |
145cm/57'' |
Emerald Elegance for Unforgettable Pregnancy Moments
Step into timeless sophistication with our Emerald Green Sequin Halter Mermaid Maternity Maxi Dress. Inspired by classic evening glamour, this gown blends shimmering floral embroidery with a rich emerald tone to create an effortlessly luxurious maternity look.
The elegant halter neckline beautifully frames the shoulders, while intricate floral sequin embroidery catches the light with every movement. An adjustable lace-up open back creates a flattering, personalized fit throughout pregnancy, and the fitted mermaid silhouette gently accentuates your growing bump before flowing into a graceful stretch skirt.
Crafted from stretch mesh with embroidered sequins and a soft stretch skirt, this gown delivers both comfort and elegance. The deep emerald green shade offers a refined, jewel-toned finish that photographs beautifully in natural light, luxury studios and elegant evening venues.
Whether you're attending a baby shower, maternity photoshoot, pregnancy announcement, gender reveal, wedding, bridal shower, black-tie celebration, formal gala, or creating timeless editorial maternity portraits, this gown brings sophistication to every unforgettable moment.
Product Details:
✨ Why You’ll Love It:
- Rich emerald green creates an elegant jewel-tone statement.
- Halter neckline beautifully frames the shoulders and neckline.
- Adjustable lace-up back offers a flattering personalized fit.
- Mermaid silhouette gracefully enhances your growing baby bump.
- Stretch fabric provides comfort throughout every special occasion.
✨ Please Note: Sequin embellishments are delicately embroidered. Minor variations may occur between garments. Color may appear slightly different under various lighting conditions and screen displays.
