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Brand: Customized
Item no.:Z005
Payment:T/T,L/C
Product origin:Ningbo,China
Color:Customized color
Min order:20000
Shipping port:Ningbo,China
Lead Time:15-30day
EN13432 and ASTM D6400
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PLA garbage bags are made from PBAT+PLA eco-friendly biodegradable materials, designed for household waste management. Unlike traditional plastic trash bags, PLA garbage bags can fully decompose into water and carbon dioxide under composting conditions, reducing environmental pollution—making them the perfect choice for a green lifestyle.
100% Biodegradable – Made from PBAT+PLA bio-based materials, compliant with environmental standards,
reducing white pollution.
High Strength & Durability – Thickness ranges from 0.015—0.03mm, offering excellent load-bearing capacity without tearing.
Customizable Options – Available in different sizes, thicknesses, and colors to meet diverse needs.
Safe & Eco-Friendly – Non-toxic and harmless, suitable for homes, offices, malls, and more.
International Certifications – Complies with EN13432, ASTM D6404, and other biodegradability standards.
| Size: | Thickness： |
| 500mm × 450mm | 0.015mm—0.03mm |
Material: PBAT+PLA (biodegradable)
Size: 500mm × 450mm (custom sizes available)
Thickness: 0.015mm—0.03mm (adjustable)
Color: Green/Black/Custom (optional)
Load Capacity: 5-15kg (varies by thickness)
Production Lead Time: 7-15 days (adjustable based on order quantity)
Shipping Methods: Global logistics supported (sea/air/express)
MOQ (Minimum Order Quantity): Negotiable, samples available
Household Use – Daily waste disposal for kitchens, living rooms, and bathrooms.
Commercial Use – Hotels, supermarkets, office buildings for eco-friendly waste management.
Retail Packaging – Custom branding options, ideal for eco-friendly promotional giveaways.
Truly Biodegradable – Unlike ordinary "degradable" plastic bags, PLA garbage bags fully decompose in 6-12 months under composting conditions.
Advanced Material – PBAT+PLA blend ensures flexibility and strength comparable to traditional plastic bags.
Reduces Carbon Footprint – Made from renewable plant-based resources (e.g., corn starch), reducing reliance on petroleum.
PLA garbage bags are made from PBAT+PLA eco-friendly biodegradable materials, designed for household waste management. Unlike traditional plastic trash bags, PLA garbage bags can fully decompose into water and carbon dioxide under composting conditions, reducing environmental pollution—making them the perfect choice for a green lifestyle.
100% Biodegradable – Made from PBAT+PLA bio-based materials, compliant with environmental standards,
reducing white pollution.
High Strength & Durability – Thickness ranges from 0.015—0.03mm, offering excellent load-bearing capacity without tearing.
Customizable Options – Available in different sizes, thicknesses, and colors to meet diverse needs.
Safe & Eco-Friendly – Non-toxic and harmless, suitable for homes, offices, malls, and more.
International Certifications – Complies with EN13432, ASTM D6404, and other biodegradability standards.
| Size: | Thickness： |
| 500mm × 450mm | 0.015mm—0.03mm |
Material: PBAT+PLA (biodegradable)
Size: 500mm × 450mm (custom sizes available)
Thickness: 0.015mm—0.03mm (adjustable)
Color: Green/Black/Custom (optional)
Load Capacity: 5-15kg (varies by thickness)
Production Lead Time: 7-15 days (adjustable based on order quantity)
Shipping Methods: Global logistics supported (sea/air/express)
MOQ (Minimum Order Quantity): Negotiable, samples available
Household Use – Daily waste disposal for kitchens, living rooms, and bathrooms.
Commercial Use – Hotels, supermarkets, office buildings for eco-friendly waste management.
Retail Packaging – Custom branding options, ideal for eco-friendly promotional giveaways.
Truly Biodegradable – Unlike ordinary "degradable" plastic bags, PLA garbage bags fully decompose in 6-12 months under composting conditions.
Advanced Material – PBAT+PLA blend ensures flexibility and strength comparable to traditional plastic bags.
Reduces Carbon Footprint – Made from renewable plant-based resources (e.g., corn starch), reducing reliance on petroleum.
