As Colour Access Canvas Cap 1131
As Colour Access Canvas Cap 1131
AS Colour Access Canvas Cap features in brief.
- Headwear made to be decorated.
- Low profile with six panels.
- Manufactured from cotton canvas.
- Light weight.
Further details below.
As Colour Mens Tarmac V-Neck Tee 5003
AS Colour, AS Colour Men, AS Colour T-Shirts, AS Colour Mens T-Shirts The AS Colour Tarmac t-shirt is a lightweight V neck cotton tee (15% viscose for marls) with a slim fitting. This men’s short sleeved top has side seams, a ribbed neck, shoulder to shoulder tape, double needle hems and is pre shrunk to minimise shrinkage.
As Colour Mens Staple Tee (4XL-5XL) 5001B
AS Colour, AS Colour Men, AS Colour T-Shirts, AS Colour 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 Organic Tee 5001G
AS Colour, AS Colour Men, AS Colour Organic, AS Colour T-Shirts, AS Colour Mens T-Shirts Engineered for ethical printing, the AS Colour organic Staple t-shirt. Made from great quality organic cotton (no herbicides or pesticides used in the growing) that is GOTS certified. This regular fitting, mid weight organic tee features a ribbed crew neck and side seams. Twin needle stitch, shoulder to shoulder taping and pre shrunk into the bargain.
As Colour Mens Tall Tee 5013
AS Colour, AS Colour Men, AS Colour T-Shirts, AS Colour 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.