This paper reviews kinetic and mechanistic aspects of silane hydrolysis and describes a new series of water-borne silanes. These new coupling agents have been prepared with a wide range of functionality for compatibility with mist common resin systems. Performance data which compares these aqueous-borne silanes with conventional silane coupling agents in both thermoset and thermoplastic applications is presented
This work deals with the functionalisation in hydroalcoolic and aqueous medium of silicananoparticul...
Whether decorative, protective or functional, coatings must contend with water in the environment. A...
An investigation of the physical chemical role of silane coupling agents at the glass-resin interfac...
Dipodal silanes possess two silicon atoms that can covalently bond to a surface. They offer a distin...
The hydrolysis of alkoxysilane coupling agents has been followed using proton NMR. The disappearance...
Four different synthetic methods for preparation of aromatic silanes have been developed and the hyd...
Dipodal silanes possess two silicon atoms that can covalently bond to a surface. They offer a distin...
Adhesion of a coating can be improved by the use of silane coupling agents. The preparation, applica...
The synergy between organic and silicon chemistries has been investigated for more than 50 years, an...
The hydrolysis and dynamics of silane coupling agents have been probed using nuclear magnetic resona...
In this study, waterborne silicone-acrylic resin was produced by incorporating silane coupling agent...
The interaction of silane and water is discussed controversially in literature: some authors suggest...
Silane coupling agents containing different specific functionalities are studied to gain understandi...
Methoxytrimethylsilane (A), dimethoxydimethysilane (B), and trimethoxymethylsilane (C) were used to ...
The purpose of this paper is to study methods of reacting the surface of the particles of silica sol...
This work deals with the functionalisation in hydroalcoolic and aqueous medium of silicananoparticul...
Whether decorative, protective or functional, coatings must contend with water in the environment. A...
An investigation of the physical chemical role of silane coupling agents at the glass-resin interfac...
Dipodal silanes possess two silicon atoms that can covalently bond to a surface. They offer a distin...
The hydrolysis of alkoxysilane coupling agents has been followed using proton NMR. The disappearance...
Four different synthetic methods for preparation of aromatic silanes have been developed and the hyd...
Dipodal silanes possess two silicon atoms that can covalently bond to a surface. They offer a distin...
Adhesion of a coating can be improved by the use of silane coupling agents. The preparation, applica...
The synergy between organic and silicon chemistries has been investigated for more than 50 years, an...
The hydrolysis and dynamics of silane coupling agents have been probed using nuclear magnetic resona...
In this study, waterborne silicone-acrylic resin was produced by incorporating silane coupling agent...
The interaction of silane and water is discussed controversially in literature: some authors suggest...
Silane coupling agents containing different specific functionalities are studied to gain understandi...
Methoxytrimethylsilane (A), dimethoxydimethysilane (B), and trimethoxymethylsilane (C) were used to ...
The purpose of this paper is to study methods of reacting the surface of the particles of silica sol...
This work deals with the functionalisation in hydroalcoolic and aqueous medium of silicananoparticul...
Whether decorative, protective or functional, coatings must contend with water in the environment. A...
An investigation of the physical chemical role of silane coupling agents at the glass-resin interfac...