Recycled Courier Bag Poly Mailer Grey - 420mmW x 450mm (500/carton)
These grey Enviro courier satchels are made from 100% recycled soft plastics, offering a more sustainable option for everyday shipping. The 420mm x 450mm size with a 50mm self-adhesive flap provides suitable capacity for items such as clothing, footwear, documents, and general merchandise.
The premium adhesive closure delivers a strong, tamper-evident seal, helping keep parcels securely closed throughout transit. Constructed from lightweight yet durable LDPE, these bags offer resistance to tearing and moisture, protecting contents from handling and environmental conditions.
By using fully recycled materials, these satchels help repurpose existing plastics and support a circular approach to packaging. Suitable for e-commerce, retail, and logistics operations, they provide reliable performance across a wide range of applications.
Custom printing and made-to-order sizes are available to support branding and specific packaging needs, with bulk purchase options for high-volume operations.



Description
These grey Enviro courier satchels are made from 100% recycled soft plastics, offering a more sustainable option for everyday shipping. The 420mm x 450mm size with a 50mm self-adhesive flap provides suitable capacity for items such as clothing, footwear, documents, and general merchandise.
The premium adhesive closure delivers a strong, tamper-evident seal, helping keep parcels securely closed throughout transit. Constructed from lightweight yet durable LDPE, these bags offer resistance to tearing and moisture, protecting contents from handling and environmental conditions.
By using fully recycled materials, these satchels help repurpose existing plastics and support a circular approach to packaging. Suitable for e-commerce, retail, and logistics operations, they provide reliable performance across a wide range of applications.
Custom printing and made-to-order sizes are available to support branding and specific packaging needs, with bulk purchase options for high-volume operations.




















