The Boxercraft T89 Women's Margo Tank is the perfect blend of style and comfort, making it an ideal choice for wholesale and branding opportunities. Crafted from a lightweight 4.3 oz. heathered tri-blend fabric composed of 50% polyester, 38% cotton, and 12% rayon, this tank top ensures a soft feel against the skin while providing breathability. Its fashionable v-neckline and loose fit offer versatility, making it suitable for both casual wear and promotional events.

With a slight racer-back design, the Margo Tank provides ease of movement, enhancing its appeal for active environments or laid-back outings. The heat transfer label adds to the comfort by eliminating the itch of traditional tags, which is an added bonus for those long, active days. This tank is not just a piece of clothing; it’s a blank canvas for branding, allowing companies to showcase their logos and designs effortlessly.

Sourcing the Boxercraft T89 Women's Margo Tank for your wholesale needs means opting for quality and comfort that your customers will appreciate. Its trendy yet classic design makes it easy to style, while the soft-touch fabric guarantees repeat wear. Whether for a promotional event, team uniform, or branded merchandise, this tank will enhance any collection and cater to a variety of styles and tastes.

Features

• 4.3 oz., 50/38/12 Polyester/Cotton/Rayon Heathered Tri-blend fabric
• Fashionable V-neck design
• Loose fit for comfort and ease
• Slight racer-back for improved airflow
• Tags with heat transfer for added comfort

Q&A

Q: What is the fabric composition of the Margo Tank?

A: The tank is made from a blend of 50% polyester, 38% cotton, and 12% rayon, creating a soft and breathable fabric.

Q: Is the fit of the Margo Tank designed for active wear?

A: Yes, the loose fit and slight racer-back design provide comfort and freedom of movement, making it suitable for various activities.

Q: How does the heat transfer label contribute to the tank's comfort?

A: The heat transfer label replaces traditional tags, preventing itchiness and enhancing overall comfort during wear.