American Apparel PL401 Unisex Sublimation Tee SKU: PL401

American Apparel PL401 Unisex Sublimation Tee is an ideal blank shirt for customizing and branding in bulk. This unisex sublimation tee is perfect for DIY projects, to resell, or even to promote your business. With the 100% Polyester construction and durable rib neckband, this t-shirt is sure to last through multiple washes and wearings no matter what you put it through. The superior sublimation results on this American Apparel tee make it a great choice for those wanting to stand out with a unique design that won’t fade away after washing. And its unisex size makes it easy to order in bulk without worrying about size ratios between men and women – although women may prefer ordering one size smaller as they tend to run large. This shirt also has superior screen printing results – making it great for promotional purposes too!

This American Applica PL401 Unisex Sublimation Tee comes with a tear away label if desired – making labeling quick and easy if selling or branding the shirts yourself. And when buying in bulk there are some great discounts available – including no account necessary options so you don’t have worry about annual fees or minimum orders either!

Q: What kind of fabric does this t-shirt use?
A: The American Apparel PL401 Unisex Sublimation Tee uses 100% Polyester fabric construction making them very durable - perfect for both DIY projects and resale!
Q: Does this t-shirt come with any special features?
A: Yes - the American Apparel PL401 Unisex Sublimation Tee has a tear away label, which makes labeling quick and easy if selling these shirts yourself . It also offers superior sublimation results as well as superior screen printing results - giving you lots of options when customizing your shirts!
Q: Are there any discounts available when buying wholesale quantities?
A: Absolutely - purchasing in bulk allows access to wholesale pricing discounts along with no accounts necessary options allowing more flexibility compared traditional wholesaler models.