
Long Sleeve Pocketless 100% Cotton Work Shirt - Navy
All-natural comfort for shifts that run long. This pocketless work shirt is made from 6 oz 100% cotton, so it breathes better and softens with every wash, no synthetic blend trapping heat against you during a full day on the floor. The pocketless design keeps it clean and snag-free for food processing and other environments where loose details aren't an option. Snap-front closure and reinforced construction mean it holds up shift after shift without ever feeling stiff.
- Hemmed front with snap closure
- Cuffs with snap closure
- Banded collar with stays
- Sleeve placket with pleat
- Back yoke High resistance thread
- Bar-tacked at all stress points
All-natural comfort for shifts that run long. This pocketless work shirt is made from 6 oz 100% cotton, so it breathes better and softens with every wash, no synthetic blend trapping heat against you during a full day on the floor. The pocketless design keeps it clean and snag-free for food processing and other environments where loose details aren't an option. Snap-front closure and reinforced construction mean it holds up shift after shift without ever feeling stiff.
- Hemmed front with snap closure
- Cuffs with snap closure
- Banded collar with stays
- Sleeve placket with pleat
- Back yoke High resistance thread
- Bar-tacked at all stress points
Original: $52.99
-65%$52.99
$18.55Description
All-natural comfort for shifts that run long. This pocketless work shirt is made from 6 oz 100% cotton, so it breathes better and softens with every wash, no synthetic blend trapping heat against you during a full day on the floor. The pocketless design keeps it clean and snag-free for food processing and other environments where loose details aren't an option. Snap-front closure and reinforced construction mean it holds up shift after shift without ever feeling stiff.
- Hemmed front with snap closure
- Cuffs with snap closure
- Banded collar with stays
- Sleeve placket with pleat
- Back yoke High resistance thread
- Bar-tacked at all stress points



















