Add to ORKGThe oxygen barrier properties of composite materials, consisting of a LDPE substrate coated by a thin layer of nanostructured hybrid organic/inorganic materials based on SiO2 and polyethylene-polyethylene glycol (PE-PEG) block copolymers, obtained via a sol-gel technique have been characterized at 35°C and 50°C. A significant decrease (25-40%) of the oxygen transfer rate has been observed for coated samples with respect to bare substrate both at 35°C and 50°C
Polyethylene and polypropylene are vastly employed for packaging due to their high versatility and l...
none3LDPE films have been coated with single or bi-layer hybrid coatings formed through sol-gel reac...
Aqueous-based inorganic–organic hybrid coating materials comprising self-assembled silica nanophase ...
The oxygen barrier properties of composite materials, consisting of a LDPE substrate coated by a th...
The oxygen barrier properties of composite materials, consisting of a 45 μm thick LDPE substrat...
The oxygen barrier properties of composite materials, consisting of a 45 \u3bcm thick LDPE substrate...
none6The oxygen barrier properties of composite materials, consisting of a 45 μm thick LDPE sub...
The oxygen permeability of composite materials, consisting of a LDPE substrate coated with a thin la...
The oxygen permeability of composite materials, consisting of a LDPE substrate coated with a thin la...
The oxygen transport properties of LDPE films coated with different kinds of hybrid coatings were th...
With a new kind of barrier coating material, namely inorganic-organic polymers, it is possible to ob...
Hybrid organic-inorganic nanocomposites containing PEO segments linked to a methacrylate network wer...
With barrier coating materials, namely, hybrid polymers (ORMOCER®), it is possible to obtain excell...
A comprehensive study of the gas barrier properties of hybrid organic–inorganic coatings formed by ...
The permeability and diffusivity of oxygen in films of PET coated with a thin layer of a hybrid org...
Polyethylene and polypropylene are vastly employed for packaging due to their high versatility and l...
none3LDPE films have been coated with single or bi-layer hybrid coatings formed through sol-gel reac...
Aqueous-based inorganic–organic hybrid coating materials comprising self-assembled silica nanophase ...
The oxygen barrier properties of composite materials, consisting of a LDPE substrate coated by a th...
The oxygen barrier properties of composite materials, consisting of a 45 μm thick LDPE substrat...
The oxygen barrier properties of composite materials, consisting of a 45 \u3bcm thick LDPE substrate...
none6The oxygen barrier properties of composite materials, consisting of a 45 μm thick LDPE sub...
The oxygen permeability of composite materials, consisting of a LDPE substrate coated with a thin la...
The oxygen permeability of composite materials, consisting of a LDPE substrate coated with a thin la...
The oxygen transport properties of LDPE films coated with different kinds of hybrid coatings were th...
With a new kind of barrier coating material, namely inorganic-organic polymers, it is possible to ob...
Hybrid organic-inorganic nanocomposites containing PEO segments linked to a methacrylate network wer...
With barrier coating materials, namely, hybrid polymers (ORMOCER®), it is possible to obtain excell...
A comprehensive study of the gas barrier properties of hybrid organic–inorganic coatings formed by ...
The permeability and diffusivity of oxygen in films of PET coated with a thin layer of a hybrid org...
Polyethylene and polypropylene are vastly employed for packaging due to their high versatility and l...
none3LDPE films have been coated with single or bi-layer hybrid coatings formed through sol-gel reac...
Aqueous-based inorganic–organic hybrid coating materials comprising self-assembled silica nanophase ...