SKU:E30050GRR-M
Green Red Multi Kali Kurta Set with Dupatta
Green Red Multi Kali Kurta Set with Dupatta
CHAKOR
Out of stock
Indulge in elegance with our Green Red Multi Kali Kurta Set with Dupatta. This traditional bandhani set features intricate hand embroidery, crafted with pure cotton for a luxurious feel. Make a statement with this sophisticated and exclusive kurta set.
Highlights :
- Round neck slit with boria button fastening
- Front / back yoke and sleeve cuff with hand embroidery
- Full elastic waist / slit at hem in straight fit pant
- DupattaĀ : Length - 2.45 mtr / Width - 44"Ā Ā Ā Ā Ā Ā Ā Ā
Speciality :
Bandhani kurta with hand embroidered Kutch work & mirrors on yoke and sleeve cuff, paired with Laher Bharti - a traditional bandhani design. The embellishments also know as Rabari work is handcrafted by in Ahmedabad.
Product Specifications
Product Specifications
Product : Multi Kali Kurta - Pant Set with Dupatta
Colour : Green / Red
Material : Cambric Cotton
Approx Weight : 550 gms
Ornamentation : Kutch work, Mirror work
Craft & Region
Craft & Region
Bandhani - tie & dye
Region - Kutch, Gujarat
Care Instructions
Care Instructions
- First wash recommended is Dry Clean
- Later these can be hand washed separately with mild shampoo ( no detergent )
- Dry in shade
- Keep in cool and dry place, away from sunlight, moisture
- Iron on low to medium heat setting, do not iron directly on embroidery
For more details visitĀ here
Good to know
Good to know
This Bandhani product has been tie-dyed using the traditional technique & hand dyeing process in a pot.
Since it is a handcrafted product, it might have certain irregularities that add to its unique charm and cannot be termed as defects.
Shipping
Shipping
- Pan India shipping is free on purchases above INR 3500.
- Shipping ( for orders under total valueĀ INRĀ 3500 ) within India is INRĀ 250.
- Product will be shipped within 5-6 working days.
Know more about Shipping Policy
Disclaimer
Disclaimer
The colours you see on your device may vary due to the varying colour reproduction and temperature of individual devices.