The Bella + Canvas 3650 is the cream of the crop among t-shirts. An upgrade from the bestselling 3001, this unisex short-sleeved t-shirt offers even softer and more delicate fabric due to its blend of 52% Airlume combed and ring-spun cotton and 48% polyester. Lightweight and exceptionally comfortable, the 3650 is versatile for any day, any time wear. From marble and neon to speckled and slub colors, it showcases an array of options perfect for expressing individual styles.
Considering the material makeup of this product, all the above decoration methods are suitable providing designers and printers with a comprehensive range of options for customization. The high polyester count makes it an exceptionally good candidate for superior design output in printing methods.
(Press at Home)
Shortly will be available
WHITE MARBLE
Black
Black Speckled
Blk Acid Wash
Grey Acid Wash
TR RYL ACID WASH
Red Acid Wash
White
White Slub
Neon Pink
Navy
Asphalt
Blk Mineral Wsh
Neon Green
Chrcl Blk Slub
Stone Marble
Black Marble
Dp Htr Speckled
Mauve Slub
Mauve Marble
Solid Black Slub
Maroon Marble
Neon Blue
Denim Slub
Asphalt Slub
Charcoal Marble
Natural Slub
TRUE ROYAL MRBLE
Peach Slub
Forest Marble
True Royal
Red
Red Speckled
NAVY SLUB
NAVY SPECKLED
Navy Marble
Team Purple
NEON YELLOW
Berry
Kelly
Olive Slub
Neon Orange
TurquoiseThe Bella + Canvas 3650 is the cream of the crop among t-shirts. An upgrade from the bestselling 3001, this unisex short-sleeved t-shirt offers even softer and more delicate fabric due to its blend of 52% Airlume combed and ring-spun cotton and 48% polyester. Lightweight and exceptionally comfortable, the 3650 is versatile for any day, any time wear. From marble and neon to speckled and slub colors, it showcases an array of options perfect for expressing individual styles.
Considering the material makeup of this product, all the above decoration methods are suitable providing designers and printers with a comprehensive range of options for customization. The high polyester count makes it an exceptionally good candidate for superior design output in printing methods.