Embroidered Dhanak Suit for Women with Pashmina Dupatta 3Piece
This elegant 3-piece unstitched suit is perfect for Bakra Eid, weddings, or any festive occasion where you want to look stunning without compromising on comfort. Designed for Pakistani weather, the lightweight yet durable Dhanak fabric ensures you stay cool while looking effortlessly stylish. The intricate embroidery on the shirt and trousers adds a touch of traditional charm, while the soft Pashmina dupatta with digital print offers a modern twist. The shirt features detailed embroidery on the neckline, sleeves, and front, with a plain back for a balanced look. The trousers are crafted with the same Dhanak fabric and adorned with delicate embroidery along the hem. The dupatta, made from luxurious Pashmina, is digitally printed for a contemporary design. This set is not only visually appealing but also built to last, making it a smart investment for your wardrobe. Itβs a new arrival that combines tradition with modern trends, ideal for both casual and formal events. - Premium Quality Dhanak fabric for durability and comfort - Stylish embroidered design perfect for weddings and festivals - Soft Pashmina dupatta with digital print for a modern look - Ideal for Bakra Eid, Shaadi Season, and other festive occasions - Comes unstitched for easy customization to your size - Best price in Pakistan for such high-quality ethnic wear
Highlights
- Shirt Fabric: Dhanak
- Pattern: Embroidered
- Shirt Front Pattern: Embroidered
- Neckline: Embroidered
- Sleeves Pattern: Embroidered
- Daman: Embroidered
- Shirt Back Pattern: Plain
- Trouser Fabric: Dhanak
- Trouser Pattern: Embroidered
- Dupatta Fabric: Pashmina
- Dupatta Pattern: Digital Print
- Number Of Pieces: 3 Pcs
- Package Includes: 1 x Shirt, 1 x Trouser, 1 x Dupatta
- Shirt Cutting: 2.75 Meter
- Trouser Cutting: 2.5 Gazz
- Dupatta Cutting: 2.5 Gazz
- Color: Green
- Note: There might be an error of 1-3 cm due to manual measurement, and slight color differences may occur as a result of varying lighting and monitor effects.