The current environmental issues caused by the massive consumption of oil-based materials are boosting the efforts to develop novel eco-friendly and biodegradable materials. In this context, this work presents the preparation of waterborne latexes composed of hybrid casein/acrylate nanoparticles containing tannic acid, a plant-derived phenolic compound, which is proposed as cross linker agent during film formation. In this way, self-crosslinkable formulations containing variable amounts of cross linker were prepared. This proposal allows extending the properties of hybrid casein/acrylate films by improving their water resistance, without degrading their mechanical strength, and providing them excellent UV-blocking properties. These results ...
To increase the sustainability of footwear and align it with the circular bioeconomy, there is a pre...
Plasticized and unplasticized chitosan films with tannic acid addition were developed. The crosslink...
Crosslinkable polymers are highly demanded in applications where improved thermal, mechanical, and c...
The use of casein as renewable resource to produce eco-friendly hybrid latexes has an increasing imp...
The production of acrylic/casein nanocomposites constitutes a promising alternative for developing n...
Over the last few years casein-based latexes have attracted increasing interest because of their goo...
Partially degradable materials, offer an interesting sustainable alternative for short-term use appl...
The grafting of casein to acrylic polymers is needed to fully exploit the possibilities of hybrid na...
The incorporation of natural proteins as a renewable resource in the production of hybrid latexes ha...
Nowadays material science is trying to design products that combine the adaptability of synthetic po...
Crosslinkable latexes aim to improve the physical properties of coalesced latex films, over levels a...
The replacement of monomers derived from petrochemical sources by biopolymers like proteins, togethe...
Abstract Cellulose and tannin are both abundant and biodegradable natural polymers. This study prop...
Nowadays, crosslinkable polymers are highly demanded in applications where improved thermal, mechani...
Cellulose nanofibrils and condensed tannins were chosen to prepare a strong, sustainable packaging ...
To increase the sustainability of footwear and align it with the circular bioeconomy, there is a pre...
Plasticized and unplasticized chitosan films with tannic acid addition were developed. The crosslink...
Crosslinkable polymers are highly demanded in applications where improved thermal, mechanical, and c...
The use of casein as renewable resource to produce eco-friendly hybrid latexes has an increasing imp...
The production of acrylic/casein nanocomposites constitutes a promising alternative for developing n...
Over the last few years casein-based latexes have attracted increasing interest because of their goo...
Partially degradable materials, offer an interesting sustainable alternative for short-term use appl...
The grafting of casein to acrylic polymers is needed to fully exploit the possibilities of hybrid na...
The incorporation of natural proteins as a renewable resource in the production of hybrid latexes ha...
Nowadays material science is trying to design products that combine the adaptability of synthetic po...
Crosslinkable latexes aim to improve the physical properties of coalesced latex films, over levels a...
The replacement of monomers derived from petrochemical sources by biopolymers like proteins, togethe...
Abstract Cellulose and tannin are both abundant and biodegradable natural polymers. This study prop...
Nowadays, crosslinkable polymers are highly demanded in applications where improved thermal, mechani...
Cellulose nanofibrils and condensed tannins were chosen to prepare a strong, sustainable packaging ...
To increase the sustainability of footwear and align it with the circular bioeconomy, there is a pre...
Plasticized and unplasticized chitosan films with tannic acid addition were developed. The crosslink...
Crosslinkable polymers are highly demanded in applications where improved thermal, mechanical, and c...