ASAP
Staple Tee | 5001 (ASAP)
XSM
SML
MED
LRG
XLG
2XL
3XL
4XL
5XL
The AS Colour Staple Tee. Enduring comfort in a regular fit, crafted from 180 GSM 100% combed cotton. Featuring neck ribbing, side seams, and double needle hems for durability and minimal shrinkage, it’s a timeless choice for comfort and style. Available in 70+ colours. Built to last.
- Fit: Regular
- Fabric: Mid weight, 180 GSM, 28-singles, 100% combed cotton (marles 15% viscose)
- Construction: Neck ribbing, side seamed, shoulder to shoulder tape, double needle hems, preshrunk to minimise shrinkage
ASAP
Chad Polo | 5402 (ASAP)
SML
MED
LRG
XLG
2XL
3XL
4XL
5XL
- Fit: Slim-regular
- Fabric: Heavy weight, 220 GSM, 20-singles, 100% combed cotton (marles 15% viscose)
- Construction: Short sleeve collared polo shirt, 3 button placket, tonal buttons, split detail at sides, side seamed, double needle hems, preshrunk to minimise shrinkage
ASAP
Supply Hood | 5101 (ASAP)
XSM
SML
MED
LRG
XLG
2XL
3XL
4XL
5XL
Elevate your casual wardrobe with the AS Colour Supply Hood. This essential hoodie offers a regular fit with a mid-weight feel, crafted from 80% cotton and 20% polyester anti-pill fleece. It includes a cozy hood, ribbed cuffs, and a tear-out label for added comfort and style.
- Fit: Regular
- Fabric: Mid weight, 290 GSM, 80% cotton 20% polyester anti-pill CVC fleece
- Construction: Pullover hood, raglan sleeves, kangaroo pocket, lined hood, tonal drawcord, sleeve cuff ribbing, preshrunk to minimise shrinkageTear-out AS Colour label
ASAP
Wo’s Maple Tee | 4001 (ASAP)
XSM
SML
MED
LRG
XLG
2XL
3XL
Meet the AS Colour Maple Tee, tailored especially for women. Embrace comfort and durability with mid weight 180 GSM 100% combed cotton. This tee offers a regular fit, complete with neck ribbing and double needle hems for enduring quality and minimal shrinkage. Built to last.
- Fit: Regular
- Fabric: Mid weight, 180 GSM, 28-singles, 100% combed cotton (marles 15% viscose)
- Construction: Neck ribbing, side seamed, shoulder to shoulder tape, double needle hems, preshrunk to minimise shrinkage