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Plastic waste has caused huge harm to the ecological environment and a huge threat to human health.
It is imminent to develop a new generation of sustainable plastic alternative materials
.
According to reports, this highly transparent and high haze film benefits from the dense shell-like "brick-fiber" structure, which ensures the light transmission effect through the filling of the internal pores of the film, and ensures the optical haze through the interface scattering of nanosheets and cellulose.
Therefore, in the visible spectrum wavelength range of 370-780 nanometers, high transparency of over 73% and high optical haze of over 80% can be achieved at the same time
.
According to reports, this highly transparent and high haze film benefits from the dense shell-like "brick-fiber" structure, which ensures the light transmission effect through the filling of the internal pores of the film, and ensures the optical haze through the interface scattering of nanosheets and cellulose.
The researchers said that this biomimetic film material integrates excellent optical, mechanical and thermal properties, and can be completely biodegraded under natural conditions, overcoming the problem that waste plastics are difficult to degrade.
In addition to the requirements of flexibility, low cost, and dimensional stability at high and low temperatures, the whole life cycle is green and pollution-free, and it will have broad application prospects in the field of flexible electronic devices in the future
.
The researchers said that this biomimetic film material integrates excellent optical, mechanical and thermal properties, and can be completely biodegraded under natural conditions, overcoming the problem that waste plastics are difficult to degrade.
