Mens/Unisex Supply Hood
Mens/Unisex Supply Hood
The AS Colour Supply Hood is a mid weight hooded sweatshirt made from an 80% cotton 20% polyester anti-pill fleece mix. Regular fitting with raglan sleeves and kangaroo pocket. Unisex styling offers maximum flexibility for your print or embroidery project.
This pullover style hoody features rib cuffs, lined hood and metal tipped tonal drawcord. Like most ASColour blank clothing, this garment is pre shrunk.
Mens Raglan Tee
AS Colour, Men, T-Shirts, Mens T-Shirts Part of the excellent AS Colour men’s t-shirt range, the 5012 Raglan tee is a mid weight, cotton garment (15% viscose for marls). Rib crew neck, regular fitting and 3 / 4 length raglan sleeve and curved tails. This top has a real baseball feel to it, is side seamed, with self fabric binding on the neck. It also includes double needle hems and is pre shrunk to minimise shrinking.
Mens Stone Wash Staple Tee
AS Colour, Men, T-Shirts, Mens T-Shirts A great looking garment, the AS Colour Stone Wash Staple t-shirt is a mid weight, combed cotton tee with stone washed finish. Rib crew neck and regular fitting. This men’s short sleeve top is side seamed, with shoulder to shoulder tape, double needle hems and pre shrunk to minimise shrinking. It is worth noting that there can be colour variation due to the manufacturing process.
Mens Faded Tee
AS Colour, Men, T-Shirts, Mens T-Shirts Designed for customisation, the AS Colour Faded t-shirt is a mid weight, combed cotton tee with a subtle fading. Rib crew neck and regular fitting. This men’s short sleeve top is side seamed, with shoulder to shoulder tape, double needle hems and pre shrunk to minimise shrinking.
Mens Tall Tee
AS Colour, Men, T-Shirts, Mens T-Shirts The AS Colour men’s Tall t-shirt is a mid weight, cotton tee (15% viscose for heathers) with an extra long body. It is approximately 10cm longer than AS Colour standard shirts. It also has a regular to relaxed fit. This side seamed top includes shoulder to shoulder taping, double needle hems and is pre shrunk for minimised shrinking.