Unisex Kids Lightweight Fine Jersey T-Shirt | VOTE Watercolor Design | US Elections | 13 colors
Unisex Kids Lightweight Fine Jersey T-Shirt | VOTE Watercolor Design | US Elections | 13 colors
This longer-length youth style tee features super soft fine jersey fabric and a high-quality print that's instantly loved by all who wear it.
👣 Made with 100% ring-spun cotton, a lightweight fabric (4.5 oz/yd² (153 g/m²)); Heather Gray - 60% cotton, 40% polyester
👣 Regular fit
👣 Tear away label
👣 Runs true to size
👣 Design is scaled down on smaller sizes
With side seams
Located along the sides, they help hold the garment's shape longer and give it structural support
Ribbed knit collar with seam
Ribbed knit makes the collar highly elastic and helps retain its shape
Shoulder tape
Twill tape covers the shoulder seams to stabilize the back of the garment and prevent stretching
Care instructions: Machine wash: cold (max 30C or 90F); Non-chlorine: bleach as needed; Tumble dry: low heat; Do not dry clean; Do not iron.
All measurements in the table refer to product dimensions.
Please Note
Please Note
• For DTG (direct-to-garment printing method) products, there is a tolerance of 0.5" (1-1.5cm) for print placement, meaning that minor variations in the placement of the print will not be considered as defects.
• A faint odor is a natural occurrence in the DTG printing industry. Typically, the odor will disappear after the first wash.
• Due to differences in monitor screens, colors may appear slightly different in print than what you see on your screen.
• The same design can appear different after printing on two different products. This largely depends on the material printed. For example, one t-shirt style may have awesome ink absorption, resulting in a sharp-looking finish. However, that same design on another product (maybe a thick hoodie) might appear less intense (DTG prints on blended fabric will look less crisp than on a 100% cotton material). This discrepancy can be due to the fabric used (cotton, polyester, rayon, blend, etc.), the thickness of the cloth, differences in dying technologies/processes, and other factors.