Tote Bags

Foldaway Shopping Tote Bag

CodePCPB073

Foldaway shopping tote bags are manufactured using a 210D polyester material. This foldaway shopping tote bag features a drawstring to fold into small size when it is not in use. If you are looking for a smaller bag as a giveaway item, then these might be a good option. They still have a good print area and it's another way to get rid of plastic bags, when people reuse ones like this to carry their purchases. Features: - Foldaway shopping tote bags are manufactured using a 210D polyester material - Features a drawstring to fold into small size when it is not in use - They still have a good print area and it's another way to get rid of plastic bags Size: Bag: 38 x 58cm,include handle 21cm(H) Storage pouch: 8 x 12cm Gusset: 8cm Material: 210D Polyester Print position: Bag,Pouch Print area: Screen print/ Full colour print:Bag/A: 240mm(w) x 200mm(h)Storage pouch/B: 60mm(w) x 80mm(h)Sublimation:Bag: 480mm(w) x 610mm(h)Storage pouch: 70mm(w) x 90mm(h)

This Promocollection Foldaway Shopping Tote Bag is part of our Tote Bags range. Construction uses polyester. Visually, it reads as modern, with a casual mood. Common use cases include shopping and promotional giveaway. It is a natural match for environmental awareness and community events. It is aimed at shoppers and adults. Helps reduce plastic bag usage. The available colour is Full Colour. Available from 50 units, starting at $2.98 each. Bulk pricing quantity breaks are set at 250, 500, 1000, 2500, and 5000 units. Several decoration methods are listed for this product: Heat Transfer, Screen Print, and Sublimation. Heat Transfer: Heat and pressure bond pre-printed graphics onto fabric. Economical for small multi-colour runs but fades faster than screen print. Screen Print: Ink pushed through a fine mesh screen onto flat products. Large print areas, vibrant colours — the classic method for apparel. Sublimation: Heat-transferred dye embeds into the product for full-colour, edge-to-edge branding with no ink build-up. White surfaces only.