Experience the allure of the “Surmai Gulabi”, meticulously handcrafted with handwoven organic cotton from local Kutch weavers. Dyed using the unique Roses Method, the dress embraces sustainability by utilizing flowers sourced from nearby temples, reducing marine pollution. The cowl design on both sides adds a touch of elegance, while Kutchi embroidered patches and tassels at the hemline enhance its charm.

Immerse yourself in the rich craftsmanship of the Surmai Gulabi Cowl Dress. Crafted from handwoven organic cotton, sourced directly from the skilled weavers of Kutch, the fabric is a testament to traditional artistry and sustainability. The distinctive Roses Method dyeing process infuses the dress with a soft, natural hue, utilizing flowers collected from local temples. This eco-conscious approach not only creates a uniquely beautiful color but also supports the reduction of marine pollution, aligning fashion with a commitment to the environment.

Elevate your wardrobe with the exquisite design features of the Surmai Gulabi Cowl Dress. Adorning both sides with a graceful cowl, the dress exudes timeless charm and sophistication. Kutchi embroidered patches on the pockets showcase the intricate craftsmanship of local artisans, adding a touch of cultural flair. The bottom hemline is adorned with beautiful tassels, creating a playful yet elegant movement with every step. This handcrafted masterpiece seamlessly blends tradition with contemporary style, making it a versatile and distinctive addition to your collection.

Make a statement wherever you go by pairing the Surmai Gulabi Cowl Dress with minimalistic accessories. Whether you're attending a cultural event or enjoying a casual day out, this versatile piece effortlessly transitions from day to night. Embrace the uniqueness of the dress by letting its intricate details shine, completing your look with confidence and grace

.So, slip into this versatile Cowl dress and feel confident knowing you look good and do good!

Biodegradable and compostable fabric, ensuring minimal environmental impact throughout its lifecycle.