Carmina Fiery Red Backless Dress With Halter Neckline
Carmina Red Halter Dress which is beautifully crafted by silk-blend crape by which you can flaunt asymmetric layers and style it with silver hoops at your summer vacation, at Shahida Parides.
Details:
- Silk Viscose Crepe with Asymmetric Layers
- Halter Neck
- Backless Maxi Dress
- Long Fringe Dress
- High Low Fringe Dress
- Solid Red Color
- Handcrafted & Made in INDIA
- Designed in USA
- Gentle hand wash or dry clean
- Model Wearing - USA Size 6-8
- Occasion wear
- Top Trending
Composition & Origin
Main Fabric
Viscose & Silk Crepe Blend:
The body of the garment is crafted from a refined blend of viscose and silk, combining viscose's fluid drape and soft hand-feel with silk's natural luster and luxurious finish. The crepe construction adds subtle texture and an elegant, graceful fall. It is:
• Soft and fluid: Drapes beautifully against the body
• Lightweight and breathable: Comfortable for extended wear
• Silky with a refined sheen: Offers an elevated luxury finish
• Naturally elegant: Crepe texture creates a sophisticated, understated surface
This balanced blend brings together the comfort and versatility of viscose with the luxurious character of silk, creating a fabric suited to refined occasionwear and elevated everyday dressing.
Origin
Designed & Crafted
Designed in: USA
Crafted in: India
This product is thoughtfully designed in the USA and expertly crafted in India using premium fabrics. Our global craftsmanship combines contemporary design with skilled garment-making to create pieces with a refined luxury finish.
Care Instructions
To maintain the beauty, drape, and delicate finish of your viscose–silk crepe garment:
- Dry clean recommended for best results
- If washing at home, use cold water and a gentle cycle
- Do not wring, twist, or aggressively rub the fabric
- Lay flat or hang to dry in the shade
- Steam or iron on low heat (inside out) to protect the surface and sheen
- Avoid prolonged exposure to direct sunlight
- Store in a cool, dry place away from rough or abrasive surfaces
