Tee Jays / TJ031
Luxury stretch v-neck polo (1404)
Our signature polo shirt is made from organic cotton/elastane. The mini pique fabric ensures perfect comfort and excellent fit. This style has an open collar, for a modern look. It features the same stunning details as our bestselling 1405 stretch polo.
From £21.30 ex VAT
Request a quote ↗Fabric, fit and care.
Flat knit collar with elastane. Mini piqué and tailored fit. Double pre-shrunk. Herringbone neck tape. Long-fibre cotton. Enzyme-washed. Organic cotton.
- Fabric
- 95% Ringspun combed organic cotton, 5% Elastane
- Weight
- 215gsm
- Fit & sizing
- S 36/38 M 38/40 L 41/42 XL 43/44 2XL 45/47 3XL 47/49
- Care
- Machine wash 40°. Wash with similar colours. Do not tumble dry. Do not bleach. Do not iron if printed.
Test the texture first.
Piqué has a raised texture that can show through fine ink work. Try a small left-chest design and compare it with a sample on a smooth jersey polo. Keep the button placket outside the press area.
Read the printing guide ↗Adding this to a clothing drop?
Sample it alongside your main tee. Check how the fit and colours work together, and approve a separate print sample for each fabric.
Plan a sample and first order ↗Organic cotton composition
95% Ringspun combed organic cotton, 5% Elastane
Use the composition listed for your selected colour when specifying Luxury stretch v-neck polo (1404) (TJ031) for a print run. Where the specification lists ribbing or lining separately, keep those components separate when sharing fibre information.
Sample TJ031 before ordering in bulk
Tee Jays lists this style in 3 colour options. The stated fabric weight is 215gsm. Order the colour you plan to print, measure the actual garment against the size guide and wash your first print sample using the garment care instructions.
Printing and embroidery on TJ031
Test a left-chest design away from the placket and inspect fine lettering after unhooping. For piqué, try a topping to keep the stitches visible. For woven fabric, check the backing against the inner surface.