This flattering fit women's polo offers optimal comfort thanks to its breathable Neoteric™ fabric. It features set-in sleeves and a three-button placket collar. The removable labels facilitate customization and brand changes. This polo is perfect for embroidery personalization, allowing you to add your logo or design for effective communication. It is ideal for events, uniforms, and promotional items.
Technical specifications:
* Fabric: 100% polyester Neoteric™
* Fit: Women's
* Sleeves: Set-in
* Collar: Three-button placket
* Labels: Removable
* Customization: Possible with embroidery
Grammage :
140g/m²
Reference :
aw-jc045
Traceability
Product traceability
Girlie cool polo
Manufacturing
Bangladesh
Weaving/knitting
China
Dyeing/Printing
China
Mainly synthetic textiles release microplastic fibers during washing cycles, thus impacting the environment.
Manufacturing
Bangladesh
Weaving/knitting
China
Dyeing/Printing
China
Mainly synthetic textiles release microplastic fibers during washing cycles, thus impacting the environment.
Manufacturing
Bangladesh
Weaving/knitting
China
Dyeing/Printing
China
Mainly synthetic textiles release microplastic fibers during washing cycles, thus impacting the environment.
Manufacturing
Bangladesh
Weaving/knitting
China
Dyeing/Printing
China
Mainly synthetic textiles release microplastic fibers during washing cycles, thus impacting the environment.
Manufacturing
Bangladesh
Weaving/knitting
China
Dyeing/Printing
China
Mainly synthetic textiles release microplastic fibers during washing cycles, thus impacting the environment.
Manufacturing
Bangladesh
Weaving/knitting
China
Dyeing/Printing
China
Mainly synthetic textiles release microplastic fibers during washing cycles, thus impacting the environment.
Manufacturing
Bangladesh
Weaving/knitting
China
Dyeing/Printing
China
Mainly synthetic textiles release microplastic fibers during washing cycles, thus impacting the environment.
Manufacturing
Bangladesh
Weaving/knitting
China
Dyeing/Printing
China
Mainly synthetic textiles release microplastic fibers during washing cycles, thus impacting the environment.