Transparent heat insulation glass coating of violet tungsten oxide nanopowder can be prepared by a blending method. So, why use a blending method to make transparent thermal insulation coatings? And what are the common preparation techniques for heat insulating coatings?

Transparent heat insulation coating of violet tungsten oxide nanopowder has special optical properties, and its physicochemical properties have been enhanced to a certain extent. Therefore, the coating film obtained by applying such coating to architectural glass can not only provide heat insulation and anti-UV effect, but also has the characteristics of high hardness, excellent wear resistance, adhesion, impact resistance, water resistance and acid resistance. Certainly, in order to reduce costs and enhance the overall performance of the coating, tungsten oxide can be used in combination with other functional nano materials such as ATO or ITO.

Violet tungsten oxide nanopowder is one of the important functional materials for the production of environmentally friendly glass curtain wall heat insulation coating. Specifically, an expert obtains an aqueous transparent heat insulating glass coating by using the violet tungsten oxide nano slurry and a mixed resin of an acrylic resin and a polyurethane resin in a ratio of 3:1.

Violet tungsten oxide nanopowder may be used to prepare an environmentally-friendly and transparent film – a heat-insulating energy-saving film for building glass and auto glass. Such coating can be used not only for heat insulation and UV protection, but for high visible light transmittance. In other words, it will not affect the line of sight. More importantly, this new car film also has this advantage!