LB5-RTN - kraft paper mail bag
NOTE - the design of our Lil Bag has evolved from previous iterations, please review the images and feel free to get in touch if you have any questions or feedback. We're a brand that listens, and we will continue to update and improve upon our designs based on our customers' feedback. The Lil bag is scalable, sustainable, affordable and 100% UK made. Designed specifically for ecommerce, and ideal for shipping fashion items, this is the perfect solution for fashion brands looking to remove single-use plastics from their ecommerce operations. Made from kraft paper, and thanks to clever sealing techniques, our kraft paper mailbags have been soak-tested using cobalt moisture testing cards and have been proven water resistant.
Made using kraft paper, resin based glues and soy vegetable based inks, our paper mailbags represent a significant step forwards in removing plastics from ecommerce.
Our kraft paper mailbags have been specifically designed for ecommerce. Great for eco-conscious fashion brands looking to reduce plastic in their line-up, our kraft mailbags are recyclable, sustainable and eco-friendly. What's more, our kraft paper mailbags are printed using plant-based inks.
They are supplied flat, so they make a great choice for smaller businesses with minimal storage space and are great for mailing out items that are unlikely to be damaged in transit: clothing and apparel, small fabric accessories, soft toys and more. These mailing bags have been thoroughly researched, trialled and tested against the competition and represent the best quality on the market.
Kraft paper mail bags: tested and proven weather and water resistant!
Using standard Cobalt Chloride humidity indicator cards, placed inside our kraft paper mail bags, we observed the following results…
- 3 hours outside, directly in heavy rainfall - internal air moisture increased to 30% from a baseline of 10%, with no visible water ingress
- 30 seconds directly under a running tap - air moisture increased to 20% from a baseline of 10%, with no visible water ingress