Nano WO3 may be used to prepare a new type of environmentally friendly building glass energy saving coating. Such coating can effectively reduce the indoor temperature, so it becomes one of the preferred products for energy-saving renovation of buildings. This is due to the fact that the tungsten oxide raw material can shield ultraviolet rays and infrared rays without affecting the transmittance.

Nano tungsten trioxide may be used to prepare a building glass energy saving coating. Nowadays, glass is more and more widely applied to buildings. However, these common glasses bring people some troubles - it wastes more energy and we need to find a way to reduce energy consumption; it has high transparency, but it also brings more heat radiation into the room. So, heat insulating coating is getting more attention from people as it can solve the problems of heat insulation and energy consumption to some extent.

Yellow tungsten oxide may be used to prepare a building glass energy saving coating. Due to the special optical properties of the tungsten oxide nanoparticles, the coating prepared therefrom has excellent energy-saving effects, namely good heat insulation and heat preservation effects. Such coating can balance the indoor temperature and the outdoor temperature while reducing the use of air conditioners. And therefore it can save energy by up to 30%.

Tungsten trioxide may be used to prepare a new type of energy saving coating for applying in building glass. Nowadays, with the popularization and application of large-scale architectural glass windows, glass doors and glass curtain walls, the problem of “light pollution” has become more serious. That is, many people have the trouble of light pollution while enjoying high transparency and high heat insulation of common building glasses. How to deal with these problems?

Nano tungsten oxide may be used to prepare a new type of energy saving glass coating. The prepared coating is a new star of energy-efficient building materials as it can completely solve the problem of transparency and heat insulation in the core technology, that is, it can effectively solve the energy consumption and light pollution of the architectural glass.

Nano WO3 may be applied for manufacturing an energy saving glass coating, which is environmentally friendly of excellent heat insulation performance. And the coating film is transparent with high UV resistance. So how to apply the new type of thermal insulating coating to building glasses?

Nano tungsten trioxide is a functional material that has special optical properties, including high shielding ratio in the infrared and ultraviolet regions and high transmittance in the visible region, so it can be used for the preparation a new type of energy saving glass coating - thermal insulation coating. And the obtained coating not only has the function of shielding infrared rays and ultraviolet rays, but also has the advantages of high visible light transmission and environmental protection.

Yellow tungsten oxide may be used to prepare an energy saving glass coating, which is applied to glasses of buildings such as glass doors and windows, glass curtain walls, and glass windows of airplanes, automobiles, trains, ships, and the like.

Tungsten oxide may be applied to prepare an energy saving glass coating, which has been developed to shield infrared light and ultraviolet light in sunlight while maintaining high visible light transmittance in recent years. This new nano heat insulation coating has the following advantages:

WO3 may be used to prepare an energy saving glass coating, which is a new environmentally friendly thermal insulation coating. That is to say, the appearance of transparent heat insulating coating provides a new direction for the heat insulation problem of building glass. Therefore, tungsten oxide and tungsten oxide thermal insulation coating prepared therefrom have a good application prospect in the field of architectural glass.