Embrace your timeless style with our Port & Company LPC54 - Port & Company® Women's Core Cotton Tee. This indispensable tee boasts a classic silhouette that complements any figure, alongside a competitive price that's truly hard to beat. Made from 5.4-ounce, 100% pure cotton, this tee is as comfortable as it is durable. For a distinctive feminine allure, this tee is side-seamed and contoured to fit your body's natural curves. Moreover, its removable tag ensures maximum comfort and facilitates relabeling. Be it the pure cotton or the cotton/poly blends, we offer a range of choices to cater to your unique taste. However, the neon fabrics made from 50/50 cotton/polyester demand special care during the printing process due to their distinct composition.
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 Ash
  Ash Purple
  Purple Sapphire
  Sapphire Red
  Red Navy
  Navy Aquatic Blue
  Aquatic Blue Sangria
  Sangria Neon Pink
  Neon Pink Athl Maroon
  Athl Maroon Candy Pink
  Candy Pink Kelly
  Kelly Jet Black
  Jet Black White
  White Silver
  Silver Neon Green
  Neon Green Light Blue
  Light Blue Dk Hthr Grey
  Dk Hthr Grey Royal
  Royal Yellow
  Yellow Athl Heather
  Athl Heather Gold
  Gold Neon Orange
  Neon Orange Dk Choc Brown
  Dk Choc Brown Pale Pink
  Pale Pink Orange
  Orange Charcoal
  Charcoal Neon Blue
  Neon Blue Neon Yellow
  Neon Yellow Lime
  LimeEmbrace your timeless style with our Port & Company LPC54 - Port & Company® Women's Core Cotton Tee. This indispensable tee boasts a classic silhouette that complements any figure, alongside a competitive price that's truly hard to beat. Made from 5.4-ounce, 100% pure cotton, this tee is as comfortable as it is durable. For a distinctive feminine allure, this tee is side-seamed and contoured to fit your body's natural curves. Moreover, its removable tag ensures maximum comfort and facilitates relabeling. Be it the pure cotton or the cotton/poly blends, we offer a range of choices to cater to your unique taste. However, the neon fabrics made from 50/50 cotton/polyester demand special care during the printing process due to their distinct composition.