Baodafor New Materials has launched a new PLA biodegradable ziplock bag, made from bio-based polylactic acid material that can decompose into carbon dioxide and water within 180 days under industrial composting conditions, achieving truly complete lifecycle environmental protection. The product is specifically designed for fresh produce e-commerce, food delivery services, and household food storage scenarios, combining both leak-proof sealing and biodegradability.
Compared to traditional PE ziplock bags, PLA ziplock bags reduce carbon footprint by approximately 65% while maintaining the same sealing strength. The product surface undergoes special treatment, offering excellent grease resistance, suitable for packaging meats, fish, and other oily foods. It remains flexible in freezing environments without becoming brittle.
Baodafor's R&D team spent 18 months adjusting formulations to solve the stability challenges of PLA material under high-temperature and high-humidity conditions. Product specifications cover medium to extra-large sizes, currently available in clear and frosted options, suitable for supermarkets, fresh produce delivery, and brand customization channels.
The product has received German DIN CERTCO industrial composting certification, meeting EU EN 13432 standard requirements. The first production line has a monthly capacity of 1.2 million units and is now accepting OEM custom orders. Baodafor continues investing in environmentally friendly material research to drive the green transformation of the food packaging industry.
