Two-second surface-confined reconstruction of cellulose paper via a recyclable molten salt hydrate for water-resistant bioplastics

Key Points

• The research aims to transform cellulose paper into high-strength, water-resistant bioplastics using a novel recyclable method.
• Conducted surface-confined reconstruction of cellulose paper over two seconds
• Utilized LiBr·3H2O as a molten salt hydrate
• Focused on water-resistance and strength of resulting bioplastics.
• Successfully produced high-strength, water-resistant bioplastics
• Achieved transformation within two seconds using a recyclable method
• Indicated enhanced durability compared to traditional cellulose paper.