Lignin Biodegradable Blends: Stronger Compostable Films
Lignin biodegradable blends pair a cheap aromatic waste with compostable resins to cut petroleum use and add UV shielding. Over 95 percent of[…]
Lubricants for PBAT/PLA films: what 0.3 percent costs
Lubricants for PBAT/PLA films split into two behavior groups at a 0.3 percent loading. Erucamide, oleamide, and EBS keep tensile strength, tear strength,[…]
Natural fiber compatibilizer: which route lifts adhesion
A natural fiber compatibilizer is an additive or a surface treatment that bridges the polarity gap between hydrophilic plant fibers and non-polar biodegradable[…]
China biodegradable plastics market: cost and capacity
The China biodegradable plastics market in 2026 is no longer a subsidy story. Costs have fallen far enough to compete in film and[…]
PLA Depolymerization at Home: How an Embedded Surfactant Makes Biodegradable Plastic Break Down in Dilute Alkali
PLA normally needs an industrial composter running above 60 degrees Celsius to break down. A film that carries cetyltrimethylammonium bromide (CTAB) inside the[…]
Biodegradable material selection: four questions
Biodegradable material selection starts in the bin, not on the datasheet. Where does the article end up? Answer that first and the candidate[…]
Biodegradable Plastic Applications: Nine Real-World Uses
Nine commercial areas account for most biodegradable plastic volume: industrial protective packaging, medical and hygiene packaging, hotel disposables, e-commerce mailers, food service ware,[…]
Biodegradable Polymer Processing: Match Material to Method
Biodegradable polymer processing is rarely a one material fits all jobs problem. Not every biodegradable polymer works in every manufacturing process. Blown film[…]