As Colour Cuff Beanie
As Colour Cuff Beanie
Beanies are a terrific idea for custom branding and the AS Colour Cuff Beanie offers a great blank canvas for your logo or badge.
This beanie hat is tight knit, 100% acrylic and has a cuffed hem and longer body .
One size fits all.
As Colour Mens Staple Pocket Tee
AS Colour, Men, T-Shirts, Mens T-Shirts The AS Colour Staple Pocket t-shirt is a mid weight cotton tee (15% viscose for heathers) with a contrast colour pocket. Rib crew neck and regular fitting. This men’s short sleeved top is side seamed, with shoulder to shoulder tape, double needle hems and pre shrunk to reduce the risk of shrinkage.
As Colour Mens Staple Tee (4XL-5XL)
AS Colour, Men, T-Shirts, Mens T-Shirts The 4XL and 5XL sizes of the men’s Staple t-shirt. A crew neck, regular fitting, mid weight tee. Neck rib, side seams, shoulder to shoulder tape, double needle hems and pre shrunk. An excellent quality, combed cotton garment (heathers are 15% viscose) which is perfect for printing and embroidery. When ordering for uniforms, it is worth noting that the charcoal colour can be subject to fading/variation when exposed to sun.
As Colour Mens Staple Camo Tee
AS Colour, Men, T-Shirts, Mens T-Shirts The AS Colour Camo Staple t-shirt is a mid weight cotton tee with a printed camouflage pattern. Rib crew neck and regular fitting. This men’s short sleeved top is side seamed, with shoulder to shoulder tape, double needle hems and pre shrunk to reduce the risk of shrinkage.
As Colour Mens Base Long Sleeve Tee
AS Colour, Men, T-Shirts, Mens T-Shirts The AS Colour Basic long sleeve t-shirt is a top choice for custom clothing ranges. A heavy weight, relaxed fitting tee made from 100% carded cotton (15% viscose for heathers). This long sleeved men’s shirt features those all important cuffed sleeves (always popular for printing and embroidery projects) and splits at the side. Styled with a slight drop at the back, it also has neck ribbing, side seams, shoulder to shoulder tape and double needle bottom hem. Pre shrunk for minimised shrinkage.