"You Go Girl" Women's Boxy Style Cropped T-Shirt

$30.00

Heavy Cotton Women’s Boxy Cropped T-Shirt

  • Fabric: 100% heavy cotton for durability and structure (mid-to-high weight knit).

  • Fit: Boxy, relaxed silhouette with a cropped hem hitting just above the natural waist.

  • Neckline: Classic crew neck with a reinforced ribbed collar.

  • Sleeves: Short sleeves with a slightly wider cut for an oversized, modern look.

  • Seams & Finish: Double-needle stitched hem and sleeves for longevity; shoulder-to-shoulder taping for stability.

  • Weight: Heavyweight cotton (typically 6–7 oz/yd² or higher) for a substantial feel and less transparency.

  • Care: Machine wash cold, tumble dry low or hang dry to preserve shape and prevent shrinkage.

  • Styling notes: Pairs well with high-waist jeans, skirts, or layered over a fitted tank. Ideal for screen printing, embroidery, or heat transfer designs due to the stable fabric surface.

  • Sizing tips: Consider sizing down for a slightly less oversized fit, or size up for maximum boxy volume.

Heavy Cotton Women’s Boxy Cropped T-Shirt

  • Fabric: 100% heavy cotton for durability and structure (mid-to-high weight knit).

  • Fit: Boxy, relaxed silhouette with a cropped hem hitting just above the natural waist.

  • Neckline: Classic crew neck with a reinforced ribbed collar.

  • Sleeves: Short sleeves with a slightly wider cut for an oversized, modern look.

  • Seams & Finish: Double-needle stitched hem and sleeves for longevity; shoulder-to-shoulder taping for stability.

  • Weight: Heavyweight cotton (typically 6–7 oz/yd² or higher) for a substantial feel and less transparency.

  • Care: Machine wash cold, tumble dry low or hang dry to preserve shape and prevent shrinkage.

  • Styling notes: Pairs well with high-waist jeans, skirts, or layered over a fitted tank. Ideal for screen printing, embroidery, or heat transfer designs due to the stable fabric surface.

  • Sizing tips: Consider sizing down for a slightly less oversized fit, or size up for maximum boxy volume.