Magpul MAG1341-530-L Prickly Pear Women's Orchid Heather Cotton/Polyester Short Sleeve Large

• Comfortable and stylish: The Magpul women's prickly pear t-shirt is made with a blend of combed ring-spun cotton and polyester, providing a soft and cozy feel while keeping you looking fashionable.
• Perfect fit: With its v-neck design and tagless interior, this t-shirt offers a comfortable and flattering fit for women of all sizes.
• Durable and well-crafted: Made with double-needle stitching on hems and sleeves, this t-shirt is built to last, ensuring that you can enjoy its vibrant orchid heather color for a long time.

The Magpul Women's Prickly Pear T-Shirt, a must-have addition to your wardrobe! Crafted with care and attention to detail, this captivating tee combines style and comfort effortlessly.

Made with a blend of 52% combed ring-spun cotton and 48% polyester, this t-shirt offers a soft and breathable feel that you'll love. Whether you're running errands or enjoying a casual day out, the lightweight fabric keeps you cool and comfortable all day long.

Featuring a trendy short sleeve design and a flattering v-neckline, this tee adds a touch of femininity to your look. The tagless interior ensures itch-free comfort, while the shoulder-to-shoulder neck tape and double-needle stitching on hems and sleeves provide durability that lasts.

Printed right here in the USA, this Prickly Pear T-Shirt showcases a captivating design that is sure to turn heads. The orchid heather color adds a pop of vibrancy to your outfit, making it perfect for any occasion.

With a weight of just 4.30 oz, this tee is lightweight and easy to wear. Pair it with your favorite jeans or shorts for a casual yet stylish ensemble. Dress it up with a statement necklace or keep it simple and let the design speak for itself.

Upgrade your wardrobe with the Magpul Women's Prickly Pear T-Shirt. Embrace comfort, style, and quality in one irresistible package. Add this captivating tee to your cart today and experience the perfect blend of fashion and functionality.