Product form

Dark Green Floral Burnout Velvet Makmal Silk Chiffon Somali Dirac Fabric, 3.5 Mtrs Piece, 140 Cms Width, Made in South Korea-D26668

Dhs. 450.00 per piece

This dark green Somali silk chiffon velvet makmal dirac fabric radiates luxurious elegance with its rich emerald tone and intricate... Read more Read more

SKU: 5200001248202


1 pieces in stock


Specifications
  • Colour: Green
  • 140 Cms: 140 Cms
  • Plain Design: Plain Design
  • South Korea: South Korea
  • 650 - 850 gms / piece: 650 - 850 gms / piece
Key Features

Dark green floral burnout velvet makmal design
Soft silk chiffon base ensures an elegant and airy drape
Semi-sheer finish enhanced with rich velvet texture
3.5-meter piece ideal for crafting a complete Somali dirac
140 cm width provides ease and flexibility for tailoring
Perfect for weddings, celebrations, and traditional wear
Lightweight yet luxurious for comfortable all-day use
Made in South Korea with high-quality craftsmanship

Care Instructions

Washing: Dry clean, Drying: Dry clean, Ironing: very low dry heat. Press cloth is recommended, Shrinkage: Minimal

Styling Suggestion

Dirac

Description

This dark green Somali silk chiffon velvet makmal dirac fabric radiates luxurious elegance with its rich emerald tone and intricate floral burnout pattern that adds depth, texture, and a sophisticated sheen. The fabric blends the softness of silk chiffon with the opulent finish of velvet, creating a semi-sheer drape that flows gracefully while offering a refined traditional look. Its velvety floral motifs catch the light beautifully, making it perfect for festive occasions, weddings, and cultural celebrations. The lightweight yet premium feel ensures effortless comfort and fluid movement. Supplied as a 3.5-meter piece, it provides ample material to craft a full-length Somali dirac that stands out with timeless charm. Made in South Korea, this fabric combines craftsmanship and luxury in one stunning piece.

Customer Testimonials

We're delighted to live up to our customers satisfaction.