Mustard Yellow Polka Dot Pure Mul Cotton A-Line Shirt Dress | Looms & Tassels

Brighten your wardrobe with our Pure Mul Cotton Printed A-Line Shirt Dress, thoughtfully handcrafted for effortless everyday elegance. Made from 100% pure mul cotton, this dress is incredibly soft, lightweight, breathable, and designed to keep you comfortable throughout the day.

Featuring a timeless shirt collar with full front button placket, full-length sleeves with buttoned cuffs, and a flattering A-line silhouette, this dress beautifully blends modern style with everyday comfort. The cheerful mustard yellow base adorned with delicate white polka dot-inspired prints makes it perfect for office wear, brunches, casual outings, vacations, travel, and summer dressing.

Every dress is carefully handcrafted. Minor variations in print placement, color, or texture are natural characteristics of handcrafted garments, making each piece uniquely beautiful.

• Product: A-Line Shirt Dress
• Fabric: 100% Pure Mul Cotton
• Print: Polka Dot Inspired Print
• Color: Mustard Yellow
• Neck: Shirt Collar
• Closure: Front Button Placket
• Sleeves: Full-Length Sleeves with Button Cuffs
• Fit: Relaxed A-Line Fit
• Length: Midi Length
• Texture: Soft, Lightweight & Breathable
• Origin: India

• Everyday Wear
• Office & Professional Wear
• Travel & Vacation Wear
• Casual Outings & Brunches
• Summer & Comfortable Clothing
• Minimalist Everyday Fashion
• Women who love breathable cotton clothing

• Gentle hand wash separately in cold water
• Use mild detergent
• Do not bleach
• Do not soak for long
• Dry in shade
• Warm iron on reverse side if required

Ready To Dispatch

Each dress is carefully packed to ensure it reaches you safely. Shipping charges are calculated at checkout based on your location and order value.

Being crafted from premium pure mul cotton, slight variations in print, color, or texture are natural characteristics of the fabric and enhance the uniqueness of every piece.

While we strive to display accurate product colors, slight variations may occur due to photography lighting and individual screen settings.