Banalata Copper Viscose Jamdani

Discover the perfect union of opulent heritage and modern drapeability with our Copper Zari Jamdani Collection. Crafted from a premium viscose-cotton blend, this saree combines the silky, liquid drape and soft sheen of viscose with the airy, breathable comfort of fine cotton. Enriched with hand-loomed supplementary-weft Jamdani geometric motifs and accented by warm, antique copper zari, each drape offers a regal aesthetic tailored for the contemporary wardrobe.

Exuding timeless jewel-toned royalty, this dark forest-green drape evokes lush vintage heritage. The earthy warmth of copper zari weaves effortlessly into the deep green backdrop, delivering a rich texture that captures ambient lighting beautifully.

Fabric BlendViscose Cotton Blend (Soft, breathable, high fluid drape)

Craft & WeaveTraditional Jamdani Motif Weaving

EmbellishmentFine Metallic Copper Zari Work

Saree Length6.25 Meters (Includes running blouse piece)

Saree Width48 Inches: (1.22 Meters)

Blouse Piece: Included (Unstitched running fabric in matching tone with copper border)

First Wash: Dry clean only recommended to preserve the finish of the copper zari and delicate Jamdani threads.

Subsequent Care: If hand-washing at home, use cold water with a gentle silk/wool detergent. Do not soak for more than 5 minutes.

Handling: Do not wring or twist. Roll gently in a clean towel to remove excess moisture.

Drying & Storage: Line dry in shade away from direct sunlight. Store folded in a breathable cotton saree bag with silica gel packets to prevent metallic zari tarnish.

Ironing: Steam iron or low-medium heat dry iron strictly on the reverse side of the weave.

This saree is crafted using delicate motif-weaving techniques. Minor irregularities in thread tension or motif layout are natural signatures of woven textiles and enhance the unique character of every piece. We make every effort to display true product colors under studio lighting. Slight color variations may occur depending on your screen settings, display brightness, and device technology.