KintsugiCo 114mm x 114mm [4.5 x 4.5 inches] Self Seal Biodegradable Small Clear Square Favour Bags [Pack of 50]

• Packs of 50 x 30-micron Bio Film Bags: 114mm x 114mm (11.4cm x 11.4cm) // 4.5 x 4.5 inches (approx), with a convenient peel-and-seal lip for secure closure, ideal for wedding favours and packaging of small items at point of sale
• Made in the UK, Sustainable & Biodegradable: Adheres to EN 13432 standard, certified OKbiobased, manufactured from renewable vegetable starches, suitable for home composting, although can tak up to, or over a year to degrade in home compost systems, dependent on location and climate.
• Plastic-Free Display Packaging: Compostable, small clear square display bags offer excellent visibility while providing handling protection, a sustainable alternative to traditional plastic or cellophane packaging for wax melts, artisan soaps and wedding favours
• Printed Lip for Responsible Disposal: Made with Nativia bio-based film, Compostable - Biodegradable - Reyclable
• Food grade & Manufactured in the UK: Nativia meets EU and FDA regulations for food contact

114mm x 114mm // 4.5 x 4.5 inches (approx) self sealing bioderadable small clear favour bags, a plastic free cellophane alternative, with an easy-peel-and-seal lip for hassle-free closure, a compostable packaging solution for small items, such as jewellery, soaps, wax melts, stickers, small bakes and favours Proudly UK-made from sustainable vegetable starches, these biodegradable bags meet the EN 13432 standard and hold the OKbiobased certification, ensuring they're suitable for composting. Independent research indicates these biodegradable bags typically break down in around a year in a standard UK home composting systems, decomposition rates may vary based on location and local climate conditions. Printed lips, for responsible disposal, a plastic-free, transparent display solution, ideal for showcasing contents while safeguarding them from handling. Additionally, these bags meet EU and FDA food contact regulations, offering great resistance to lower temperatures.