SKU:BL0032WNG
Magenta Bandhani Silk Blouse Fabric
Magenta Bandhani Silk Blouse Fabric
CHAKOR
Low stock: 1 left
Indulge in the timeless elegance of this authentic Magenta Yellow Bandhani Silk Blouse Fabric. Made from pure mulberry silk, its colorful bandhani design adds a touch of sophistication to any saree look. Versatile piece of authentic craftsmanship, it's the perfect addition to revamp your wardrobe.
Speciality :
This fabric undergoes a double processing method involving knotting and dyeing. The first round results in small white dots, followed by a dip in the desired Dabbi color for larger bandhani dots. During the second round, a knot is tied around the smaller dot before the final dyeing in the base color. Making this piece a fine example of the lengthy process involved in the art of tie dye.
Product Specifications
Product Specifications
Product : Blouse fabric
Colour : Magetna / Yellow
Material : Mulberry Silk
Dimensions :
Ornamentation : No
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.