This very qualitative women's 100% polyester "cotton-feel" TEE by B&C fits perfectly, featuring a crew neck, short sleeves and side seams is IDEAL for SUBLIMATION. All printing techniques are applicable and its smooth, even surface is a great printing support. Thanks to "B&C No Label" solution, it is perfect for rebranding. Offered in a wide size range at a very affordable price. DUO Concept: a dedicated men's style for the perfect fit. Featuring a lean design, this 100% polyester "cotton-feel" T-shirt is clean and minimalistic for any occasion. The B&C T-shirt is made from premium polyester "cotton-feel" with an even and smooth surface. Comfortable body length construction for a perfect retail look. Side seams ensure the best fit and a feminine silhouette. For long-lasting comfort, the neck seams are reinforced with soft binding. Thin collar in self-fabric for modern, up to date appearance. Minimalist cut and detailing suitable for many uses and any end user requirements. The B&C T-shirt is made from premium 100% polyester "cotton-feel" jersey with a luxurious hand-feel and long-lasting comfort. Very smooth and soft hand feel thanks to high quality its 100% "cotton feel" polyester. Extremely durable, flexible and wrinkle free thanks to the polyester fabric. High quality perception thanks to no transparency on the fabric. Printability/Decoration. Ideal support for sublimation and all other standard printing techniques. Very smooth and even surface allows for bright and crisp printing output. "B&C No Label" solution for perfect rebranding. Tested and approved for all standard printing techniques - "Sublimation friendly".
Embroidery Whole garment suitable for decoration.
Washing Instructions 40 degree wash. Do not bleach. Do not tumble dry. Do not iron. Do not dry clean or remove stains with solvents.
Your new favourite sublimation T-shirt in 100% polyester "cotton-feel" with a perfect fit, a very soft hand feel at a very affordable price. "B&C No Label" solution for easy rebranding. Fabric 100% Polyester Weight 140gsm