Buy_Ritika Mirchandani_Red Crepe Embroidery Crystal High Neck Geometric Bloom Blouse And Slit Skirt _at_Aza_Fashions
Shop_Ritika Mirchandani_Red Crepe Embroidery Crystal High Neck Geometric Bloom Blouse And Slit Skirt _at_Aza_Fashions
Ritika Mirchandani Red Crepe Embroidery Crystal High Neck Geometric Bloom Blouse And Slit Skirt

Red Crepe Embroidery Crystal High Neck Geometric Bloom Blouse And Slit Skirt

DETAILS
Red blouse featuring full sleeves and high neckline with geometric bloom crystal, bugle bead, and thread embroidery. Paired with an embroidered alamy slit skirt, enhancing the overall fusion aesthetic.
No of Component
2
Components
Blouse, Skirt
Noteworthy Feature
Geometric bloom crystal and bugle bead embroidery, High neck design with full sleeves, Alamy slit skirt with intricate embroidery
Occasions
Festive and party events
Style Genre
Fusion
Pattern
Embroidered
Type of Work
Crystals, Beads, Embroidery
Fabric
Net, Crepe, Georgette
Color
Red
Neckline Style
High Neck
Sleeve Style
Regular Sleeve
Fit
Fit: Slim Fit
Visible Items not included
Only the blouse and slit skirt are being sold.
Care Instruction
Dry clean only.
Item ID
613293
Manufactured / Packed by
Aza Fashions Pvt Ltd, Assembled in India
Disclaimer

Color of the actual product may vary from the image. These are made to order designer styles, hence expect a slight variation from the image displayed.

Shipping & Returns

Please select a size for an estimated shipping time

For customizations & early delivery, chat with us on WhatsApp at  +91 8291990059  or call us at 022-42792123

Return Policy

Returnable within 3 days of delivery (7 days for Diamond tier members). Custom-made and warehouse-sale orders are not returnable. Product's original tags, if attached, must be intact for a successful return. If the original tags are missing, Azafashions may decline the return request and send the product back to the customer.

For USA orders, a restocking or return-handling-fee of USD 50 or upto 20% of the product-selling value will be applicable on return requests, depending on the user's frequency of returns on Aza.
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