Item Tag Long Sleeve

Eddie Bauer Long Sleeve Pocket Tee Textured Heather Gray Fabric Size Large NWT

**Pit to Pit 24”. Length 30” Retail $70 The Eddie Bauer Long Sleeve Pocket Tee in Textured Heather Gray is a classic and comfortable addition to any man's wardrobe. Made of polyester material, this solid gray tee features a long sleeve and convenient pockets. The machine washable fabric ensures easy care, while the size large offers a regular fit. Perfect for outdoor or everyday wear, this Eddie Bauer tee combines style and functionality for the modern man.

Vineyard Vines Football Whale Men’s Long-Sleeve Pocket T-Shirt Large Blue

The Vineyard Vines Football Whale Men’s Long-Sleeve Pocket T-Shirt in size Large and blue color is a stylish and comfortable garment perfect for all seasons. Made from 100% cotton knit fabric, this shirt features a crew neck, textured screen print accents, and a tagless design for added comfort. With a football whale theme, this shirt is ideal for those who love both fashion and sports. Easy to care for with a machine washable construction, this t-shirt is a versatile addition to any man's wardrobe.

[S] AFFXWRKS Textured Fabric Long Sleeve

Textured fabric construction. Neon overlock stitch detailing. Length: 64.5 cm / 25.4 in. Good used condition. No major flaws. See photos. Relaxed fit silhouette.

Wallace & Barnes Shirt Mens XS Green Henley Long Sleeve Waffle Thermal Knit

Brand: Wallace & Barnes Style: Mens long sleeve henley thermal shirt designed to be worn as a lightweight base layer or casual knit top. Color: Olive green solid waffle knit fabric with tonal stitching and contrast interior neck tape. Details: Crew henley neckline with two-button placket, waffle knit thermal texture, long sleeves with ribbed cuffs, contrast seaming at shoulders and sides, and a subtly scalloped raw-look hem. Size: Mens XS as indicated on the interior size tag. Material: 100% cotton waffle knit fabric. Additional Info: Made in China with an extra button attached to the care tag and manufacturer note regarding potential color transfer onto light surfaces.