The blank J America 8115 Zen Jersey Short Sleeve T-Shirt is an ideal choice for wholesale offerings and branding opportunities. Its 50/50 cotton/polyester burnout jersey fabric provides a soft, comfortable fit that is perfect for everyday wear. The acid-washed finish gives the t-shirt a trendy, vintage appearance while the silicone finishing adds to the fabric's durability and feel. This versatile shirt can easily be customized with screen printing or embroidery, making it a fantastic blank canvas for any brand or promotional event.

Designed with attention to detail, the Zen Jersey Short Sleeve T-Shirt features a self-fabric collar and is flatlock-stitched throughout for added comfort and clean finishes. It is lightweight at only 4.0 oz, making it a great option for warmer weather or layering. Its tear-away label allows for easy rebranding, so you can seamlessly incorporate your logo or designs without any distraction.

This shirt is not just about comfort and style; it's also about functionality. The burnout effect creates a unique texture, ensuring that no two shirts are exactly alike. This unpredictability adds an element of interest, making it appealing for retailers looking to offer something beyond the typical plain tee.

Features:

• 4.0 oz., 50/50 cotton/polyester burnout jersey
• Acid-washed with silicone finish for softness and durability
• Self-fabric collar for a polished look
• Flatlock-stitched throughout for additional comfort
• Tear-away label for easy customization

Q&A:

Q: What kind of fabric is used in the J America 8115 Zen Jersey T-Shirt?

A: The t-shirt is made from a 50/50 cotton/polyester burnout jersey blend, offering a soft and comfortable feel.

Q: Can this t-shirt be customized for branding purposes?

A: Yes, the Zen Jersey T-Shirt is designed for easy customization with its tear-away label and smooth surface perfect for screen printing or embroidery.

Q: What is the finish on the fabric?

A: The shirt features an acid-washed finish with a silicone treatment, providing a unique texture and enhancing the overall durability of the fabric.