FREE SHIPPING & COD
-34%
SOLD OUT

Elaf RTW/Stitched 2PC Lawn – EPT-01 CRIMSAL

159 AED105 AED
Order in the next 6 hours 37 minutes to get it by Wednesday 24/09/2025
S
M
L
100% Original COD Available Free Shipping Easy Returns
PRODUCT INFORMATION
About This Item
PRODUCT INFORMATION
Brand:
Elaf
Fabric:
Type: 2 Piece - Stitched
Fabric: Lawn
Shirt: Printed LawnTrouser: Digital Printed Cambric

Authenticity Guaranteed – 100% Original
About This Item

Main Fabric: Lawn

Dupatta Fabric: Cambric

Summary: Introducing the Elaf EPT-01 CRIMSAL, a chic and comfortable two-piece Pakistani lawn suit perfect for your everyday wardrobe. This ready-to-wear ensemble features a beautifully printed lawn shirt in a refreshing white and blue floral design. The shirt is crafted from high-quality lawn fabric, ensuring breathability and comfort, making it ideal for warmer weather. Complementing the shirt is a pair of digitally printed cambric trousers, adding a touch of sophistication to the overall look. The suit comes stitched, saving you the hassle of tailoring and allowing you to step out in style effortlessly. Embrace effortless chic with this elegant Pakistani suit, perfect for casual outings, daytime events, or simply relaxing at home. The vibrant print adds a touch of personality, while the lightweight and breathable fabric keeps you cool and comfortable all day long. The Elaf EPT-01 CRIMSAL is a versatile addition to any wardrobe, offering both style and comfort. Experience the quality and craftsmanship of Elaf with this beautiful two-piece suit. This 100% original Elaf design is a testament to the brand's commitment to providing fashionable and comfortable clothing. Shop online today and add this stunning Pakistani suit to your collection!

Color: WhiteBlue

Brand: Elaf

Collection: Elaf Summer Lawn 2025

COD AVAILABLE IN UAE



Reviews: What some of our Happy Customers have to say...

Elaf RTW/Stitched 2PC Lawn – EPT-01 CRIMSAL

Elaf RTW/Stitched 2PC Lawn – EPT-01 CRIMSAL

159 AED105 AED
S
M
L
mgctlbxN$MZP mgctlbxV$5.3.6 mgctlbxL$C