Study on properties of conducting contacts made of aluminophosphate compositions for low-e glasses with electric heating

Abstract

Abstracts This paper presents the results of a study of aluminophosphate compositions with different contents of PMS-N copper powder and SHS-carbon obtained from lignin for the formation of current-conducting contacts on the surface of low-emission glass with electric heating. The specific volumetric resistance of coatings made of aluminophosphate composition before and after their curing was determined. It is shown that the holding temperature of 100 °C and the holding time of 5 hours can be considered the optimal mode of curing aluminophosphate compositions on low-emission glass. It is shown that the wear resistance of aluminophosphate compositions containing PMS-N copper and SHS-carbon is primarily affected by the thickness of the formed layer. The pull-off strength was determined for the resulting coating of the aluminophosphate composition containing PMS-N copper and SHS-carbon, the value of which was 8.2 MPa.