Idhalya Collection – Graceful Mul Chanderi Anarkali (DD990)
Outfit:
The Idhalya Collection is a refreshing blend of elegance, simplicity, and timeless ethnic charm. Crafted from premium Mul Chanderi fabric, this beautiful Anarkali set features a soothing pastel yellow hue complemented by a delicate aqua-blue border, creating a soft and graceful contrast. Paired with a lightweight matching dupatta adorned with subtle lace detailing, this ensemble exudes effortless sophistication, making it a perfect choice for both festive and daytime celebrations.
Design & Fit:
Designed in a beautifully flared Anarkali silhouette, the Idhalya Collection offers a flattering fit that flows gracefully with every step. The elegant full sleeves, refined V-neckline, and coordinated border detailing add a touch of understated luxury while ensuring all-day comfort and style.
Fabric Highlight:
Made from premium Mul Chanderi, this outfit is lightweight, breathable, and known for its soft texture and elegant drape. The airy fabric provides exceptional comfort, while the coordinated dupatta enhances the outfit's graceful appeal, making it ideal for warm-weather festivities and special occasions.
Style Note:
Pair the Idhalya Collection with pearl earrings or delicate jhumkas, soft dewy makeup, and embellished flats or heels. Complete the look with loose curls or a sleek ponytail for a chic and sophisticated ethnic appearance.
Size & Fit:
The model (height 5'6") is wearing size XS.
Specifications:
• Fabric: Mul Chanderi
• Dupatta: Mul Chanderi Dupatta
• Pattern: Flared Anarkali Set
• Dress Code: DD990
• Items: 2 Set (Anarkali, Dupatta)
• Care: Dry Clean Recommended
Occasions:
Perfect for festive celebrations, poojas, family gatherings, engagement functions, cultural events, haldi ceremonies, traditional occasions, daytime weddings, festive brunches, and special celebrations.
Customization:
Available in all sizes XS–5XL
(Feeding-friendly customization available)
Shop now: deepoodesigners.in
Worldwide Shipping Available
Note: Slight colour variations may occur due to lighting and screen resolution.