[Plastic] Completely replace the latest research of the Chinese Academy of Sciences academician team on Science

Plastic is the most common garbage in our daily life.

The non-degradability of plastics causes its waste to exist for a long time.

As an "after the fact" method, garbage classification only helps to solve the problem of where the plastic goes, and does not solve the fundamental problem from the source.

In recent years, the design of high-performance structural materials with mutually exclusive properties (such as strength and toughness), especially structural materials based on nano-components, has attracted more and more interest from researchers.

In the long-term evolution of most plants on the earth, cellulose-based materials have been used as their own structural support materials.

Although various efforts have been made to extend these nano-scale properties of CNF to the macro level, so far, only macroscopic fibers and films can be prepared by different strategies.

Since the birth of mankind, materials have become the foundation of social development.

Unlike plastics or other polymer-based materials, CNFP has excellent resistance to extreme temperatures and thermal shocks.

CNFP not only has excellent performance, but because of its wide range of raw materials and the use of bio-assisted synthesis technology, its cost is also very low.

The paper pointed out that CNFP not only has the ability to replace plastics and save us from the crisis of being "submerged" by plastics, it also has great potential as a next-generation sustainable and lightweight structural material.

Perhaps one day in the future, the "white pollution" problem will completely disappear.

(Keyword: Plastic)