Pheebs 150 g/m² recycled cotton trendy tote bag 7L
Pheebs 150 g/m² recycled cotton trendy tote bag 7L
150 g/m² shopping tote bag with a trendy design featuring an open main compartment with 25 cm long handles. Made of recycled cotton and completely reusable, making it a great alternative to plastic bags. Resistance up to 5 kg weight. 80% Recycled cotton and 20% Recycled Polyester, 150 g/m2.
- Product Code
- 42742
- Dimensions
- 400mmx390mm
- Colours
- heather natural, heather maroon, heather blue, heather black, heather red
- Standard Lead Time
- 4 working days
- Print Area
- 280x310mm
- Print Position
- Handle(s) top DGR, On body (front)
| QTY | 1 Colour Price Each |
|---|---|
| 50 | £3.45 |
| 100 | £2.98 |
| 250 | £2.84 |
| 1000 | £2.55 |
- Print Area
- 300x310
- Print Position
- Handle(s) top DGR, On body (front)
| QTY | 1 Colour Price Each |
2 Colours Price Each |
3 Colours Price Each |
4 Colours Price Each |
|---|---|---|---|---|
| 50 | £3.82 | £4.48 | £5.15 | £5.52 |
| 100 | £3.16 | £3.59 | £4.02 | £4.45 |
| 250 | £2.94 | £3.28 | £3.61 | £3.94 |
| 1000 | £2.62 | £2.90 | £3.18 | £3.46 |
The Pheebs 150 g/m² cotton tote bag is made from eco-friendly, pre-consumer recycled cotton. It features 27 cm durable cotton webbing handles, an open main compartment and a front slash pocket. Resistance up to 10 kg weight. 80% Recycled cotton and 20% Recycled Polyester, 150 g/m2.
191 g/m² gusset tote bag with trendy colour contrasting sides. This Pheebs tote is made from eco-friendly, pre-consumer recycled cotton. Featuring an open main compartment and 25 cm carry handles. Resistance up to 10 kg weight. 80% Recycled cotton and 20% Recycled Polyester, 190 g/m2.
The Repose 320 g/m² recycled cotton zippered tote is made from eco-friendly, pre-consumer recycled cotton. Featuring a zippered main compartment, on-trend colour blocking, front slash pocket and 27 cm handles. Resistance up to 10 kg weight. 80% Recycled cotton and 20% Recycled Polyester, 320 g/m2, Contrast fabric, of 80% Recycled cotton and 20% Recycled Polyester, 180 g/m2.