The National University of Defense Technology has successfully researched a completely biodegradable polymer composite material for a wide range of applications.
The material uses polycaprolactone with good biodegradability as a base material. After chemical modification, its temperature resistance is improved from 70°C to above 100°C. Its mechanical properties and molding processability are also improved. It has excellent compatibility with other materials and can be mixed with various natural polymer materials. use. Through this treatment, natural fiber-reinforced methods can be used to prepare polymer materials with complete biodegradability.
This material is mainly used in production and living areas where it is impossible or difficult to reuse and recycle, such as disposable food (drinks), food packaging and containers such as packaging films and packaging bags, paper diapers and other hygiene products, garbage bags and credit cards. And other products.
The material uses polycaprolactone with good biodegradability as a base material. After chemical modification, its temperature resistance is improved from 70°C to above 100°C. Its mechanical properties and molding processability are also improved. It has excellent compatibility with other materials and can be mixed with various natural polymer materials. use. Through this treatment, natural fiber-reinforced methods can be used to prepare polymer materials with complete biodegradability.
This material is mainly used in production and living areas where it is impossible or difficult to reuse and recycle, such as disposable food (drinks), food packaging and containers such as packaging films and packaging bags, paper diapers and other hygiene products, garbage bags and credit cards. And other products.