Maroon Roman Glass Embroidered Kurta Pant Set

This maroon roman glass embroidered kurta pant set brings intricate glass embroidery detailing and rich maroon fabric together in a striking festive look for women.

Roman glass embroidery — a unique technique featuring glass mirror pieces and detailed thread work — gives this maroon kurta pant set a distinctive, jewel-like texture that catches light beautifully at festive events. The deep maroon tone adds a rich, regal quality to the overall look.

The matching pant and coordinated dupatta complete this 3-piece set. The straight kurta silhouette with its detailed embroidery is perfect for women who want a festive look that stands apart from conventional embroidered suit sets.

Maroon pairs beautifully with gold jewellery, kundan accessories, and embellished juttis for a complete traditional festive look women love.

Why You'll Love This Maroon Roman Glass Embroidered Kurta Pant Set.

• Roman glass embroidery — unique jewel-like texture catches light at events.
• Rich maroon tone — a regal, commanding festive colour choice.
• Straight kurta silhouette — elegant and flattering for all body types.
• Intricate embroidery that stands apart from conventional sequin sets.
• Complete 3-piece set with pant and dupatta included.
• Fully stitched and ready to wear — no tailoring needed.
• A standout look for women who want unique ethnic fashion.

The Perfect Maroon Kurta Pant Set for Festive Occasions.

This maroon roman glass embroidered kurta pant set for women suits weddings, reception functions, Eid celebrations, and festive parties beautifully.

Roman glass embroidery is a traditional art form that gives each piece a handcrafted, artisan quality women appreciate.

Pair with gold kundan jewellery, maroon bangles, and embellished juttis to complete the festive traditional look.

Explore more embroidered kurta pant sets at Chicorawear.

For traditional embroidery techniques in Indian ethnic fashion, see the Wikipedia guide on salwar kameez.

Note: Slight colour variation may occur due to screen calibration differences.