BioBag Tall Kitchen 13 Gallon Food Scrap Bags | 12 count

Compostable BioBag 13 gallon tall kitchen bags are designed to fit typical kitchen trash cans or similar containers. Great for kitchen food prep, processing produce and collecting compostable food waste. These keep compost containers clean and make trips to your compost pile or curbside compost container easier. Made entirely from plant based materials, these bioplastic bags biodegrade naturally in your home compost. We also have customers use them as a replacement for plastic trash bags.

These boxes of 12 bags are ideal for residential or business use and available in cases of 12 boxes as well as in cases of 28 rolls/280 bags.

BioBags "breathe" without leaking, allowing heat and moisture to escape or evaporate. This feature reduces bacterial build-up of collected material or waste, thus reducing odor. Will decompose in a controlled composting environment in 10-45 days, leaving no harmful residues behind. The translucent mint green bioplastic is an industry standard to show these bags are biodegradable.

CERTIFICATIONS

• Verified by the Non-GMO Project
• DEBIO certified for use in organic agriculture
• Certified Home Compostable by TUV Austria
• Certified Compostable by BPI & CMA
• Meets the US Standard ASTM D6400 and the European Standard EN 13432
• Meets California SB 1749 requirements

FEATURES & BENEFITS

• Bags are 22” Width x 29" Length x 0.68 mil Thick
• 13 gallon - Perfect for small trash cans & containers
• 12 bags: 12 boxes with 12 bags per box in each case
• 100% compostable
• Food safe, fridge & freezer safe 
• Made in California with resin sourced from Italy
• Water-based inks & dyes
• Shelf stable, just like paper plates or paper towels
• NO polyethylene or chemical additives!
• Star sealed at the bottom for extra strength and durability
• Will decompose in 10-45 days in a controlled compost environment

TIPS

• Use within one year of purchase
• Store in a cool, dry place away from excessive heat
• Change out your used BioBag every 3-5 days: Since they are not made of polyethylene/plastic, they can start to break down when exposed to microorganisms found in the ground and on organic materials like food scraps