Vestido Estampado Floral Asimétrico

Haz una entrada espectacular con un vestido maxi alto/bajo con estampados vibrantes y variados para un look boho-chic.

 - Escote en V pronunciado

- Sin mangas

- Se desliza sobre la cabeza

- Espalda en V

- Bolsillos en las costuras laterales

- Cintura imperio con cordón

- Lazos delanteros con cordón y cuentas

- Estampados variados

- Adornos de pedrería multicolor

- Confección ligera de tejido

- Dobladillo alto/bajo con vuelo

- Sin forro - Largo más corto aprox. 33", largo más largo 55" (talla S-M)

- Fibra importada

Composition & Origin

Main Fabric

100% Bemberg™ Cupro (Plant-Based Vegan Silk):

The body of the garment is made from Bemberg™ Cupro, a regenerated cellulose fiber derived from cotton linter (a by-product of cotton production). This luxury fabric is often called vegan silk due to its silky touch, breathable and lightweight feel. It is:
• Biodegradable and plant-based• Hypoallergenic and anti-static• Thermo-regulating and quick-drying
These features combine performance and comfort with sustainability.

Sustainable Printing

Digital Textile Printing:

Rather than traditional dyeing (which consumes huge amounts of water and chemicals), the garment uses state-of-the-art digital printing directly on raw cupro fabric. This process significantly reduces water use and hazardous effluent release, aligning design with lower environmental impact.

Origin

Designed & Crafted

Designed in: USA

Crafted in: India

Each Shahida Parides garment is thoughtfully designed in the USA and ethically produced in India using premium plant-based Bemberg™ Cupro fabrics. Our global craftsmanship ensures high-quality, conscious luxury with a focus on sustainability.

Care Instructions

To maintain the beauty and longevity of your silk dress:

• Dry clean recommended for best results
• If washing at home, use cold water and a gentle cycle
• Do not wring or twist the fabric
• Lay flat or hang to dry in shade
• Steam or iron on low heat (inside out) to preserve sheen
• Avoid direct exposure to harsh sunlight for prolonged periods