Arjakh Dola Silk Saree - Cream & Black | Looms & Tassels

Discover understated elegance with this Cream & Black Ajrakh Dola Silk Saree from Looms & Tassels. The soft cream base and striking black Ajrakh print create a graceful printed saree for festive occasions, poojas, wedding functions, and elegant celebrations. Its Ajrakh block print saree design adds timeless character to this latest saree design.

Crafted in smooth Dola silk, this Ajrakh saree offers a fluid drape and refined finish. It is a beautiful silk saree for women who appreciate Ajrakh sarees, Ajrakh print sarees, printed sarees, and classic Indian saree styling. Pair it with a black, red, cream, or antique-gold blouse for a polished ethnic look.

Explore this print saree through the Looms & Tassels sarees online collection for effortless shopping online. Whether you are searching for sarees online, an online saree online, women saree silk, saree for women silk, or saree in silk cotton styles, this latest saree offers a versatile option for special occasions.

• Fabric: Dola Silk
• Craft: Ajrakh Hand-Block Print
• Pattern: Flower Butta
• Primary Color: Cream 
• Secondary Color : Black
• Saree Length: 5.5 meters
• Width: 44” – 45”
• Blouse Piece: 90 cm (Unstitched)
• Origin: Ajrakhpur, Kutch, Gujarat

• Festive Occasions
• Cultural Events
• Office & Professional Wear
• Elegant Day Functions
• Traditional & Handcrafted Saree Collections
• Women who appreciate authentic Ajrakh craftsmanship

• Gentle hand wash only
• Wash separately for the first few washes
• Do not machine wash
• Dry in shade to preserve natural colors

Ready To Dispatch

We offer secure shipping with careful packaging to protect the fabric. Shipping charges are calculated at checkout based on location and order value.

Ajrakh sarees may have minor color, print, or weave variations due to the manual handblock and handwoven process. These are natural characteristics of handcrafted textiles and are not considered defects.

While we strive to display accurate colors, slight variations may occur due to lighting and screen resolution.