100% Recycled Bubble Wrap Refill 385mm width x 80gsm x 425m
FREE UK DELIVERY OVER £100*
Material: Made of 100% Recycled Paper
Sustainable Criteria: 100% Sustainable materials, Plant-based and Plastic-Free
Lifecycle: 100% Reusable and Recyclable
Origin: Made in the UK
Minimum Order: Pack of 1 piece
Our guarantees and certifications:
Product Description and Specification: -Designed for ceramics, pottery, jewellery and other fragile items
-With a hexagonal paper, cell join together to build a protective layer around fragile items and seal securely without additional tape
-Continuous perforation, allowing you to tear it, without scissors
-Colour: Brown, White
-Size: Rolls dimensions are 385mm width x 80gsm x 268m (unstretched) and 385mm width x 80gsm x 425m (once stretched)
30 Days Money Back Guarantee: -Just in case you change your mind you have 30 days to return your purchase unused and in the original box to the supplier and get your money back. For further details regarding our delivery and return policies please refer to our Delivery or Returns and Refunds page.
Our Story: Founded in 1940, DSSmith is a recognised UK supplier and manufacturer of sustainable e-commerce packaging solutions. They design, manufacture, recycle and sell a wide range of products that are made of 100% recycled paper from previous consumer usage or 100% FSC certified paper with all prints made using water-based ink. They are recognised around the world for their innovation and the quality of their packaging. They also offer beautifully designed printed boxes.
Sustainably sourced: DSSmith source all their post usage packaging in the UK, working closely with local retail stores and shops to make sure that their packaging never goes to waste. They also source their FSC Certified paper from well managed and certified FSC forests.
Responsibly manufactured: All their products are responsibly and ethically manufactured in their facility based in the UK using the latest technology to create their sustainable packaging solutions, cut waste and pollution to reduce their carbon emission and their impact on the environment.