WO3 may be used to prepare a new type of energy-saving building material – a heat-insulation glass coating. Such thermal insulating glass coating can make indoor space more safe and comfortable. This is an environmentally-friendly and energy-saving coating that can effectively reduce the solar radiation entering the room and reduce the air conditioning load, thereby reducing the frequency of use of the air conditioner to save energy and increase comfort.

Yellow tungsten oxide may be used to prepare a transparent heat-insulation glass coating with the characteristics of sun protection, explosion protection, high heat insulation, high light transmission and high ultraviolet shielding performance. Nowadays, heat insulation glass coatings have begun to be widely used in residential areas, commercial office buildings and automobiles.

Tungsten oxide may be used to prepare an environmentally friendly heat-insulation glass coating. Spraying such transparent energy-saving coating onto the architectural glass can form a thin transparent heat-insulating film, which has high heat insulation, high light transmission, high UV resistance, and one-way perspective function. So, the room temperature will be reduced, and the electric bills will be lowered. And therefore you can enjoy the outside scenery and the sun in a comfortable environment.

Tungsten trioxide may be used to prepare a heat-insulation glass coating. Such thermal insulation coating can be sprayed on the existing glass for high thermal insulation and upgrade of safety performance. This process is more environmentally friendly as it does not need to replace the old glass with new energy-saving glass. Therefore, it reduces building waste, transportation cost, and landfill costs.

Nano WO3 may be used to prepare a new type of energy-saving building material – a heat-insulation glass coating. In foreign countries, the application of transparent heat insulation coatings on building glass has been quite popular, but in China, its usage rate is still relatively low. At this time, we need to recognize the good influence of environmentally friendly and energy-saving coatings on the environment and humans, and then realize the importance of using energy-saving and environmentally friendly coatings.

Nano yellow tungsten oxide may be used to prepare a new type of heat-insulation glass coating. This is a transparent and environmentally friendly coating that can be applied to architectural glass to obtain smart glass. Specifically, the tungsten trioxide thermal insulation coating has the following advantages:

Yellow tungsten oxide powder is the raw material for preparing a transparent heat-insulating film. And the obtained smart film can be applied to building glass or automotive glass to obtain a transparent heat insulation glass. According to experts, it is a UV-resistant film with a UV shielding rate of over 99%. Be aware that long waves in ultraviolet light can penetrate glass, even 9 feet of water. It can be seen that the raw material tungsten trioxide nanoparticles have super ultraviolet shielding ability.

Tungsten oxide powder may be used to obtain a transparent heat insulation glass. Certainly, the WO3 nanoparticles are firstly applied to produce a transparent heat-insulating film. And the prepared film is used to building glass. In modern society, we often say that we live in reinforced concrete, and a modern architectural model is surrounding us. However, not only reinforced concrete, we are also surrounded by different materials of construction materials, such as glass.

Tungsten trioxide powder may be used to prepare a transparent heat-insulating film and then be applied to the architectural glass to obtain a transparent heat insulation glass. This new environmentally friendly heat insulation film of high safety can effectively delay theft to protect you and your properties.

WO3 nanopowder may be used to prepare a new type of environmentally-friendly transparent heat-insulating film and thus be used to obtain a transparent heat insulation glass. It is estimated that the global architectural glass market in 2025 is expected to have a compound annual growth rate of 7%. In the United States, Singapore, Australia and other developed countries, the penetration rate of heat insulation film of architectural glass is over 80%.