Yellow tungsten oxide powder may be used to prepare an energy-saving glass coating. The prepared coating is a green building material. The thermal insulation effect of this coating is very significant. It is said that the hotter the weather, the more intense the sun, the more obvious the heat insulation effect of the heat insulating coating. For users who have installed air conditioners, they can save a lot of power, and thereby to achieve the purpose of saving electric charge and improving environment protection.

Tungsten oxide powder may be used to prepare a highly transparent, energy-saving glass coating. It is a high-tech environmentally friendly thermal insulation coating. Nowadays, many villas, high-rise buildings, hotels, exhibition halls and many other places are applying such heat-insulating coating, which can greatly reduce the indoor temperature, bring a certain degree of comfort to the human body, thereby reducing energy consumption, and protecting the environment at the same time.

Nano WO3 may be used to prepare an energy-saving glass coating, which may be applied to architectural glasses or automotive glasses to obtain energy-saving glasses. Such coating also has self-cleaning and anti-static properties. It means that you don't have to clean it at regular intervals. Just let the rain wash to keep the glass clean and beautiful.

Nano tungsten trioxide may be used to prepare an energy-saving glass coating of high transparency. This kind of coating is simple to construct. As it is liquid, and no equipment investment is required. More important, you can carry out simple construction on the existing building site.

Nano yellow tungsten oxide is an important raw material for the preparation of energy-saving glass coating. The heat insulation coating is a prepared by nanotechnology. However, at present, so-called nanotechnology products are flush on the market. So, how to distinguish the nanotechnology products?

Nano tungsten oxide may be applied for preparing an energy-saving glass coating to reduce the damage of ultraviolet rays to human skin and slow down the aging and fading of indoor furniture and accessories while achieving the purpose of high heat insulation and high transparency.

WO3 may be used to prepare an energy-saving glass coating, which is environmentally friendly of high heat insulation and heat preservation performance. As you may have known, at present, China's building energy consumption accounts for 40% of the total energy consumption. And the energy lost through doors and windows accounts for 46% of the total energy consumption of building. Therefore, it is necessary to start the energy saving reconstruction of building from the doors and windows. And therefore, glass coating will usher in a new way out.

Tungsten trioxide may be applied for producing a new type of energy-saving glass coating. It is an environmentally-friendly high-tech coating that can be sprayed on the building glass. Such coating is prepared by adopting the latest nanotechnology. This process will not cause secondary pollution after construction. And the coating film has a durable effect.

Tungsten oxide may be used to prepare an energy-saving glass coating and be applied on the architectural glass. It is a new type of thermal insulation coating with high transparency for applying to transparent glass. It can shield a certain amount of infrared and ultraviolet rays while maintaining the visible light transmittance, which plays the role of heat insulation, heat preservation and UV resistance.

Tungsten oxide may be used to prepare a near infrared shielding material such as transparent thermal insulation glass coating. Such coating can be used in large-area architectural glass doors and windows as well as glass curtain walls to obtain energy-saving glass. As you may know, in recent years, the development of transparent thermal insulation coating is very fast, and the energy-saving glass will have broad development prospects in building energy-saving field in the future due to its own excellent thermal insulation performance and environmental protection.