Cotton fabrics were treated with a hybrid organic-inorganic coating obtained through a dual-cure process, i. e. a photopolymerization reaction followed by a thermal treatment for promoting the formation of silica phases through a sol-gel process. To this aim, different amounts of a silica precursor were added to an acrylic UV-curable formulation in the presence of a suitable coupling agent. The thermo-mechanical properties of the treated fabrics were investigated and correlated to the composition and morphology of the hybrid organic-inorganic system. Furthermore, their flame retardancy and combustion behavior were evaluated by flammability tests and cone calorimetry and compared with the performances of pure cotton
Hybrid phosphorus-doped silica films have been prepared through sol–gel processes to enhance the the...
Organic-inorganic hybrid coatings containing phosphoric acid (PA) bonded to the organic-inorganic ne...
Flammability of textiles is a surface-confined phenomenon: undoubtedly, the textile surface, which i...
Cotton was sol-gel treated employing several metal alkoxide precursors (namely, tetraethylortho-sili...
Cotton fabrics have been subjected to sol-gel processes performed in the presence of phosphorus-base...
This work investigates the use of organic-inorganic sol-gel coatings based on silica and phosphorous...
Pure and phosphorus-doped silica phases derived from sol-gel processes have been investigated, aimin...
Pure and phosphorus-doped silica phases derived from sol-gel processes have been investigated, aimin...
The homogeneous combination of inorganic and organic moieties in a single-phase material provides un...
Sol-gel treatments have been performed on cotton fabrics in order to promote the formation of a surf...
The flame retardancy properties of cotton have been enhanced by exploiting an optimized multistep so...
An intumescent coating composed of a nitrogen-modified silane hybrid (SiN) and phytic acid (PA) was ...
Recent studies have shown that the combustion behaviour of cellulosic substrates can be strongly aff...
Hybrid phosphorus-doped silica architectures have been prepared through sol-gel processes in order t...
Polyester (PET), cotton (COT), and two relative blend textile fabrics were treated by sol-gel proces...
Hybrid phosphorus-doped silica films have been prepared through sol–gel processes to enhance the the...
Organic-inorganic hybrid coatings containing phosphoric acid (PA) bonded to the organic-inorganic ne...
Flammability of textiles is a surface-confined phenomenon: undoubtedly, the textile surface, which i...
Cotton was sol-gel treated employing several metal alkoxide precursors (namely, tetraethylortho-sili...
Cotton fabrics have been subjected to sol-gel processes performed in the presence of phosphorus-base...
This work investigates the use of organic-inorganic sol-gel coatings based on silica and phosphorous...
Pure and phosphorus-doped silica phases derived from sol-gel processes have been investigated, aimin...
Pure and phosphorus-doped silica phases derived from sol-gel processes have been investigated, aimin...
The homogeneous combination of inorganic and organic moieties in a single-phase material provides un...
Sol-gel treatments have been performed on cotton fabrics in order to promote the formation of a surf...
The flame retardancy properties of cotton have been enhanced by exploiting an optimized multistep so...
An intumescent coating composed of a nitrogen-modified silane hybrid (SiN) and phytic acid (PA) was ...
Recent studies have shown that the combustion behaviour of cellulosic substrates can be strongly aff...
Hybrid phosphorus-doped silica architectures have been prepared through sol-gel processes in order t...
Polyester (PET), cotton (COT), and two relative blend textile fabrics were treated by sol-gel proces...
Hybrid phosphorus-doped silica films have been prepared through sol–gel processes to enhance the the...
Organic-inorganic hybrid coatings containing phosphoric acid (PA) bonded to the organic-inorganic ne...
Flammability of textiles is a surface-confined phenomenon: undoubtedly, the textile surface, which i...