Beach Towel | All Over Print Towel | Dog Skull Tattoo Design | 4 colors
Beach Towel | All Over Print Towel | Dog Skull Tattoo Design | 4 colors
This Beach Towel is super plush! It's got a polyester front that shows off prints in amazing detail, and a cotton loop backing that can handle anything.
NB! The towel's thickness may cause colors not to soak all the way through, causing white fibers to show through when stroked.
👣 100% polyester print side, 100% white cotton loop backing
👣 One-sided print
👣 Comes in 2 sizes: 30" × 60” (76.20 х 152.40cm), 36" × 72” (91.44 x 182.88cm)
Polyester print side
This extremely strong and durable synthetic fabric retains its shape and dries quickly.
Cotton loop backing
The long, fine fibres of combed cotton create a soft and durable towel.
Hemmed edges
Edges are folded and sewn, making the towel durable and long-lasting.
Care instructions: Wash the item only cold machine wash with similar colors garments using a gentle cycle. Tumble dry on low settings or hang dry. Do not bleach or dry clean.
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.