2.6 Gallon 10L Compost Bag, Small trash bag 200 Counts, Strong&Leakage-Free, Green Compostable Liner Bag for Food Scrap/Kitchen Compost Bin, Unscented

2.6 Gallon 10L Compost Bag, Small trash bag 200 Counts, Strong&Leakage-Free, Green Compostable Liner Bag for Food Scrap/Kitchen Compost Bin, Unscented

Durable & Leak-Proof: Each bag holds up to 11 lbs, perfect for everyday kitchen waste, household trash, and pet waste. The octagonal bottom and heat-sealed closure ensure even weight distribution and prevent leaks. Designed to securely contain waste, it helps control odors and prevent leakage. Avoid sharp or overly heavy items to maintain bag integrity. Designed with Sustainability in Mind：Made with 15% corn starch blended with durable PE material, this bag reduces fossil fuel usage by 15%, offering a thoughtful alternative to traditional plastic bags. The corn starch component is designed to gradually transform under specific industrial conditions, while the PE material ensures strength and reliability for everyday use. This balance makes it a practical step toward using more responsibly sourced materials. Perfect Fit for Small Bins: Each bag measures 17.7" x 19.7" (45 x 50 cm), ideal for trash cans up to 20L. Fits round bins with a diameter up to 10" and height up to 16", or square bins with a perimeter up to 35" and height up to 16". Perfect for kitchens, bathrooms, bedrooms, or offices. Value Pack: Each pack contains 5 rolls of 40 bags,totaling 200 bags.Convenient and easy to use, with perforated bags for quick tearing—arthritis-friendly and hassle-free. Versatile for Indoor & Outdoor Use: Ideal for cat litter boxes, , bedroom and bathroom waste, office shredders, and more. Also great for outdoor activities, such as dog waste cleanup and portable toilets while camping. Specification:
2-4 Gallon
5 Rolls 200Pcs
Size:17.7*19.7inch (45*50cm)
Packages:40Pcs * 5Rolls(200Pcs)
Material:PSM Starch Material

Why choose us？
Compostable garbage bags are made of PSM(corn starch extract), they not only meet our daily need but also can be decomposed into carbon dioxide and water by microorganisms in the soil under natural conditions to complete the organic cycle.