The blank LA T 3837 Curvy Collection Women's Vintage Football T-Shirt brings a sporty, retro-inspired look to women’s apparel programs. Its ribbed v-neck, contrasting sleeve stripes, and shaped curvy fit make it a strong option for branded lifestyle collections, team-inspired designs, spirit wear, and promotional apparel.

Made with 5.5 oz. premium jersey, this women’s vintage football tee offers a soft feel with dependable structure for decoration. The smooth combed ringspun cotton surface is well suited for screen printing, heat transfers, and custom branding applications where comfort and presentation both matter.

Designed with side-seam construction, taped neck detailing, and coverstitching at the yoke, the LA T 3837 provides a polished blank for wholesale apparel decorators, merch lines, boutiques, schools, teams, and corporate casual programs. The EasyTear™ label also makes it convenient for private label and rebranding projects.

Features

• 5.5 oz. premium jersey fabric
• 100% combed ringspun cotton
• Granite Heather and Vintage colors: 60% combed ringspun cotton / 40% polyester
• Ribbed v-neck for a classic football tee look
• Taped neck for added comfort and durability
• Coverstitch front and back yoke
• Contrasting stripes on sleeves
• Double-needle hem sleeves and bottom for a clean, finished look
• Side-seam construction for a better women’s fit
• EasyTear™ label for rebranding and private label use

Q&A
Q: Is this shirt suitable for custom branding?
A: Yes, the smooth premium jersey surface and EasyTear™ label make it a strong choice for screen printing, heat transfers, team graphics, and private label programs.

Q: What gives this tee its vintage football style?
A: The ribbed v-neck, contrasting sleeve stripes, and front and back yoke stitching create the classic retro football-inspired appearance.

Q: What is the fabric composition?
A: Most colors are made from 5.5 oz., 100% combed ringspun cotton premium jersey, while Granite Heather and Vintage colors are 60% combed ringspun cotton and 40% polyester.