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Surface modification of blended fabrics by silica nanoparticles to improve their printability

Abstract
The sol-gel technique offers an effective way of modifying fabrics, and has many advantages. In this paper, silica nano particles in the solid form were prepared from TEOS precursor; further application of these silica nanoparticles to polyester wool, and polyester cotton blends as well as polyester and cotton fabrics is carried out. Improved fabrics printability, as well as acquiring antibacter...
View PDF
Keywords
Surface modification
Materials science
Nanoparticle
Surface (topology)
Nanotechnology
Chemical engineering
Engineering
Mathematics
Geometry


pdf file

Surface modification of blended fabrics by silica nanoparticles to improve their printability
pdf file

Surface modification of blended fabrics by silica nanoparticles to improve their printability

Abstract
The sol-gel technique offers an effective way of modifying fabrics, and has many advantages. In this paper, silica nano particles in the solid form were prepared from TEOS precursor; further application of these silica nanoparticles to polyester wool, and polyester cotton blends as well as polyester and cotton fabrics is carried out. Improved fabrics printability, as well as acquiring antibacter...
View PDF
Keywords
Surface modification
Materials science
Nanoparticle
Surface (topology)
Nanotechnology
Chemical engineering
Engineering
Mathematics
Geometry


pdf file