Stripe Print Dressy Maxi Dresses

$359.00
SKU: STP-E6294-RED-S

Color: Red

Size: S

S
M
L
XL
Custom
Description

Get ready to transform your style into the statement look, with this long maxi dress, which features collared neckline, blow style neck, and vertical stripes print, designed by Shahida Parides.

Features:

  • Cotton Poplin
  • Stripe Print
  • Collared Maxi Dress
  • Long Sleeves Dress
  • Red Color
  • Maxi Dress
  • Dry Clean or Hand Wash Only
  • Designed in USA
  • Made in India
  • Imported
Composition & Origin


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

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