As Colour Womens Relax Faded Crew 4165
As Colour Womens Relax Faded Crew 4165
AS Colour Womens Relax Faded Crew at a glance.
- A blank women’s sweatshirt made for print and embroidery.
- Relaxed fit.
- Manufactured from cotton and recycled polyester.
- Mid weight at 320 gsm.
More information below.
As Colour Mens/Unisex Box Crew Sweatshirt 5104
AS Colour Sweatshirts, AS Colour, AS Colour Men, AS Colour Women, AS Colour Unisex The AS Colour Box Crew Sweatshirt is a great option for screen printing and embroidery. A heavy weight top, made from an 80% cotton 20% polyester anti-pill fleece. Regular fit with raglan sleeves. This long sleeved sweat top is unisex and features ribbing to neck and cuffs. Like most ASColour blank clothing, this garment is pre shrunk.
As Colour Stock Canvas Cap 1173
AS Colour, AS Colour Accessories, AS Colour Headwear The AS Colour Stock Canvas Cap 1173, a high profile cap made from cotton canvas. These stylish caps feature a plastic snapback, structured front and tonal under-peak lining. AS Colour Stock Canvas caps also stitching eyelets, a self fabric dome at top and a tear out AS Colour label. For reference, the supplier states they are suitable for decoration with embroidery and heat press.
As Colour Mens Classic Pocket Tee 5027
AS Colour, AS Colour Men, AS Colour T-Shirts, AS Colour Mens T-Shirts Check out the AS Colour Classic Pocket t-shirt, another a great blank garment that is designed for print and embroidery. A heavy weight, cotton tee (15% polyester for marls) with a relaxed fit. This men’s short sleeved top has a tonal pocket, crew neck with ribbing, shoulder to shoulder taping, double needle hems and is pre shrunk for minimised shrinking.
As Colour Mens Staple Heather Tee 5001M
AS Colour, AS Colour Men, AS Colour T-Shirts, AS Colour Mens T-Shirts The AS Colour heather version of their Staple t-shirt. A regular fitting, mid weight tee with rib crew neck made from a 80% combed cotton, 20% polyester mix. Side seam, shoulder to shoulder tape, and double needle hems. Pre shrunk to reduce shrinkage.