Noir Handmade Mini Dress M Matte & Sheer Velvet Flock Black

Discover modern elegance with the Noir Handmade Mini Dress M – an eye-catching combination of matte fabric and sheer velvet flock details, designed for those who appreciate bold, contemporary style.

This striking dress features a fitted silhouette with a unique two-piece effect. The top section is crafted from lightweight, semi-transparent powernet mesh, adorned with a delicate velvet flock pattern for a sophisticated touch. The skirt portion is made from a high-quality, matte-finish stretch material, ensuring a comfortable and flattering fit that moves with the body.

The stand-up collar adds a refined accent and is secured with two subtle buttons at the front, complemented by a dramatic cut-out beneath the neckline for added visual interest. Thanks to its premium stretch fabrics, this model offers both style and comfort, making it the perfect choice for any special occasion.

Key Features:
• Brand: Noir Handmade
• Model: Mini Dress M
• Color: Black
• Design: Two-piece effect – sheer velvet flock top & matte opaque skirt
• Material (skirt): 76% polyester, 24% spandex, polymer coating
• Material (top): 82% polyester, 18% spandex (powernet)
• Collar: Stand-up style with front button closure
• Cut-out: Large decorative opening beneath collar
• Fit: Stretchy, body-hugging, comfortable
• Size: M (refer to separate size chart for measurements)

Benefits:
• Modern, sleek look with a blend of matte and sheer textures
• Premium stretch materials adapt to the body for a comfortable fit
• Eye-catching velvet flock pattern for a luxurious touch
• Distinctive collar and cut-out design enhances the neckline
• Suitable for special events or evening wear

Dimensions and Parameters:
- Size: M (please consult the dedicated size chart for precise measurements)
- Skirt material: 76% polyester, 24% spandex, polymer coated
- Top material: 82% polyester, 18% spandex (powernet mesh)
- Color: Classic black

Care: Hand wash recommended to preserve the delicate flock print and fabric structure.