Women’s Pink Button-Up Shirt Size 14 Short Sleeve Polyester

This Damart women’s button-up shirt in a vibrant pink shade is a versatile wardrobe essential perfect for multiple occasions. Crafted from 100% polyester, this lightweight woven shirt offers comfort, durability and easy-care qualities, making it ideal for everyday wear. Designed in a solid colour finish, the shirt features a collared neckline and classic button-up closure, creating a timeless silhouette suitable for both business and casual settings. The short sleeves add to its comfortable fit, making it especially suitable for warmer months like spring and summer, while also useful as a layering piece in autumn. With a flattering regular fit, this shirt offers ease of movement and a practical design that works well for workwear or smart casual occasions. The style remains minimal and classic with accent buttons, providing a refined touch without being overstated, ensuring the shirt can easily blend with various outfit choices. Pair it effortlessly with trousers or a skirt for office-ready attire, or dress it down with denim for an easy weekend look. This versatile piece has been evaluated in excellent condition, showing only light general wear, ensuring plenty of life left to enjoy. Its machine washable construction makes it simple to care for and convenient to maintain, perfect for everyday use. The shirt is classified within Damart’s size UK 14 (EU 42), offering a flattering and reliable fit for women looking for a regular cut style. The bold pink colour adds a pop of vibrancy to any wardrobe, making it a standout piece while still being adaptable across different outfits and seasons. Ideal for women seeking stylish yet practical clothing, this Damart button-up shirt is a great addition to a capsule wardrobe or as a bright staple item. Its versatile design ensures it remains a valuable go-to option, whether dressing for work, casual outings, or smart-casual occasions. Don’t miss the opportunity to add this striking and reliable shirt to your collection.