Channel futuristic, edgy glamour in the Glazed Olive Lace-Up Dress, a high-impact statement piece crafted from high-stretch glazed PU with a sleek, liquid-like sheen. Featuring a sophisticated mock neckline, clean short sleeves, and intricate front and side grommet lace-up details with hanging cord ties, this bodycon mini dress sculpts your curves while offering comfortable, flexible wear. Perfect for VIP club nights, music festivals, themed parties, and bold evening photoshoots.

Features:

Glazed High-Stretch PU Fabric: Delivers a sleek, liquid-latex sheen with maximum elasticity for a comfortable, figure-hugging fit.
Intricate Grommet Lace-Up Details: Features vertical metal eyelet lacing down the center and hips with hanging cord accents.
Chic Mock Neck & Short Sleeves: High collar and short sleeves balance the sultry mini length with a structured, modern silhouette.
Hourglass Bodycon Silhouette: Precision contouring and high-density stretch mold effortlessly to your natural curves.
Edgy Olive Green Hue: Deep, glossy forest olive shade offers a unique, high-fashion alternative to classic black leather.

Why You'll Love It:

✓ High-Shine Statement Style: The glazed, latex-inspired finish guarantees a head-turning, liquid shine under party lights.

✓ Sculpting Laced Accents: Front and side lacing details draw the eye inward to accentuate an hourglass waistline.

✓ Uncompromised Flexibility: Premium high-stretch PU ensures full freedom of movement so you can dance comfortably all night.

✓ Bold & Trendy Aesthetic: Combines edgy leatherette texture with intricate corset-inspired lacing for an effortlessly cool vibe.

Fabric & Care:

Material: Premium high-stretch coating made of 100% Polyurethane (PU) with a soft 95% Polyester and 5% Spandex backing.
Fabric Type: High-elasticity glossy faux leather with a smooth inner surface for comfortable, non-stick wear.
Care Instructions: Wipe clean with a damp cloth or hand wash cold inside out; Do not machine wash; Do not bleach; Hang dry in shade; Do not iron directly on the PU surface.