SKU:2S0160MSG
Green Bandhani Cotton Kurta Fabric (Set of 2)
Green Bandhani Cotton Kurta Fabric (Set of 2)
CHAKOR
Low stock: 1 left
This Green Bandhani Cotton Kurta and bottom fabric make for a timeless summer wardrobe staple.
Intricately handcrafted bandhani and accented with mirror embroidery. Perfect for everyday wear, the soft cotton fabrics promise breathability and comfort, perfect for the warm months ahead. Add some beauty to your wardrobe with this versatile fabric.
Speciality :
A take from the traditional bandhani motifs, this beautiful kurta fabric is designed to highlight the Ardh bangadi pattern on yoke & sleeve cuff, accented with mirror embroidery in cotton threads. Paired with a plain bottom fabric in matching colour to emphasise the craftsmanship of tie-dye on kurta.
Product Specifications
Product Specifications
Product : Kurta Fabric with Bottom (Set of 2)
Colour : Moss Green
Material : Cambric Cotton
Dimensions :
Ornamentation : Mirror work
Craft & Region
Craft & Region
Bandhani | Bandhej
Tie & dye
Region - Kutch, Gujarat
Care Instructions
Care Instructions
Good to know
Good to know
- This Bandhani product has been tie-dyed using the traditional technique. Since it is a handcrafted product, it might have certain irregularities that add to its unique charm and cannot be termed as defects
- This product needs to be ironed to flatten the Bandhani knots and achieve the full length and width
- Saree needs to be roll ironed, in order to achieve full height and neat pleats on wearing. In silks, one can opt to retain the crush effect of tie-dye, only until its first professional dry-wash
- Dupatta need not be ironed if you desire to maintain the natural crush effect of tie-dye
Shipping
Shipping
- Pan India shipping is free on purchases above INR 3500.
- Shipping ( for orders under total value INR 3500 ) within India is INR 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.