Soft & comfortable70% Certified ringspun combed organic cotton, 30% Certified recycled polyester
Modern fitStraight Leg
Customisation readyPrint or embroidery
3 coloursA style for every team
Product information
Made from a soft, durable blend of certified organic cotton and recycled polyester, the UNLABELED sweatpants feature heavyweight brushed three-thread fabric for warmth and comfort. Designed with an adjustable drawstring, two front pockets and a soft elastic hem, it’s washable at 60˚C, double preshrunk to maintain its shape, and double-dyed for rich, lasting colour.
- Soft, comfortable 70% certified ringspun combed organic cotton, 30% certified recycled polyester
- Straight Leg fit
- Suitable for embroidery and print
- Built for teams, workwear, events and everyday use
Key details
- Product code
- TJ124
- Brand
- Tee Jays
- Fabric
- 70% Certified ringspun combed organic cotton, 30% Certified recycled polyester
- Weight
- 300gsm
- Fit
- Straight Leg
- Sizes
- XS – 3XL
- Colours
- 3 options
Fit Guide
Straight Leg
Waist-led sizing with a practical straight silhouette for work and casual wear.
- Waist-led sizing
- Straight-leg cut
- Leg lengths may vary by product
Recommendation
Select your usual waist size and preferred leg length where available.
How To Measure
Product Measurements
| Size | Equivalent |
|---|---|
| XS | 29 |
| S | 30 |
| M | 31 |
| L | 32 |
| XL | 33 |
| 2XL | 35 |
| 3XL | 37 |
- Fabric: 70% Certified ringspun combed organic cotton, 30% Certified recycled polyester
- Weight: 300gsm
- Decoration suitability can vary by garment weight, weave and coating.
- For embroidery, print or laundering advice, use the quote form and the team will guide the best finish.
Find in Store
Arrange local collection or product checks with the team
Artwork & Decoration Help
Embroidery, print and fit advice on hand
- Tracked UK delivery with timing confirmed before production starts.
- Local collection available for selected jobs and repeat business orders.
- Quote requests can capture artwork, placement notes and decoration method in one flow.
