InterestPrint® Men's All Over Print Fuzzy Sweatshirt (Model H18)
【Type】100% Polyester, crew neck, Long-sleeve, for men, All-over Printing. Collar cuff set color.
【Product description】17.99 Oz. Made from 100% polyeste. Dye-sublimation printing, personalized all-over print sweatshirt for men. Double-needle stitched for strength and durability. Sweatshirt lining with a fuzzy layer offers a warm and comfortable feeling. Fleece: 48% cotton and 52% polyester. Double-needle stitched for strength and durability. Set-in sleeves, taped neck and shoulders for comfort and style.
【Applicable situation】Daily wear, leisure travel, home wear, suitable for spring, autumn and winter.
【Applicable population】For men.
【Sizes】S, M, L, XL, 2XL, 3XL, 4XL, 5XL. Please calculate your size from the measurement chart below.
【Washing notice】Cold(max 40℃ or 104℉); Non-chlorine; Iron with cover; Do not tumble dry; Do not insolate.
【Designer tip】To ensure the highest quality print, please note that this product's recommended upload image size in pixels (W x H):
Front: 4352 x 4470 or Higher / 150 dpi
Back: 4352 x 4459 or Higher / 150 dpi
Sleeve(Left): 3219 x 3844 or Higher / 150 dpi
Sleeve(Right): 3219 x 3844 or Higher / 150 dpi
CUSTOMIZATION TIPS
We can't guarantee exact placement. There might be slight discrepancies in print placement. Please keep the main elements of your art towards the center of the design area. Anything near the edge runs the risk of being cut off during the cutting and sewing process.
We allow the color accuracy deviation of the finished product and the mockup image to be within 5%. Please Avoid uploading neon, matte, and metallic colors as our printers cannot achieve accurate printing representation on these specialty color profiles.
There may be small differences in the design of clothing products, with a deviation of 2-3 cm measured manually during the production process.
It is impossible to perfectly align patterns or images from front to back for all over print products.
Please make sure your design covers the entire print area.