Mens Staple Recycled Tee
Mens Staple Recycled Tee
AS Colour Mens Staple Recycled Tee.
- Men’s t-shirt made for customisation.
- A regular fitting.
- Manufactured from recycled cotton and polyester.
- Mid weight at 200gsm.
More information below.
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.
Mens Authentic Singlet
AS Colour, Men, Singlets | Tanks The AS Colour Authentic singlet is a lightweight, regular fitting vest made from 100% combed cotton (15% viscose for heathers). This sleeveless men’s top has self fabric binding at neck and arm holes and double needle bottom hemming. The styling narrows slightly at upper chest and includes a curved hem. Pre shrunk for minimised shrinkage.
Mens Staple Tee
AS Colour, Men, T-Shirts, Mens T-Shirts The AS Colour men’s Staple t-shirt is 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.
Mens Classic Tee
AS Colour, Men, T-Shirts, Mens T-Shirts Perfect for personalisation, the AS Colour Classic men’s t-shirt is a great option for printing and embroidery. A heavy weight, cotton tee (15% viscose for heathers) with a classic relaxed fit, This short sleeved top has a crew neck with ribbing, shoulder to shoulder taping, double needle hems and is pre shrunk for minimised shrinking.