Tungsten trioxide powder may be applied for producing an energy-saving glass. More specifically, it is the energy-saving coating of tungsten trioxide nanoparticles that can transform an ordinary glass curtain wall into an energy-saving building curtain wall with high thermal insulation. In 1984, China began to gradually apply glass curtain wall to building construction. After nearly 20 years of development, the annual output and possession of building curtain wall in China has ranked first in the world.

WO3 powder may be used to prepare a new environmentally friendly and energy-saving building material - energy-saving glass. Nowadays, with the gradual deepening of energy-saving cognition, the emphasis on awareness and behavior of building energy conservation in China has gradually turned to two important directions. One of the direction is that the emphasis on heating and energy conservation to heating, cooling and energy conservation. The other transformation is that the energy conservation of the outer window is more important than the energy conservation of the outer wall.

Yellow tungsten oxide powder may be used to prepare an energy-saving glass. In the near future, common glasses will be withdrawn from the market, and energy efficient glasses will become the main stream of the market. But why?

Tungsten oxide powder may be used to prepare a high performance energy-saving glass. It is an environmentally friendly heat insulation glass of high transparency. At present, the lack of policy encouragement is the most important factor restricting the promotion of high-performance energy-saving glasses. Therefore, some NPC deputies proposed to promote the use of high-performance energy efficient glass to promote building energy conservation through the introduction of mandatory use of regulations, policy subsidies and other measures. And they made four suggestions:

Nano WO3 may be used to prepare an energy-saving glass, which is a new type of green building material prepared by high-tech. Such glasses can reduce a large part of energy consumption of the existing buildings and new buildings. Also, the environmental protection concept is considered so that it will not pollute the environment. At present, many glass manufacturing enterprises are rushing to seize the new round of policy opportunities for structural adjustment, transformation and upgrading of the glass industry, and vigorously develop new types of green energy-saving building materials. Therefore, tungsten oxide energy-saving glass should usher in the spring of development, a green development.

Nano tungsten trioxide may be applied for producing an energy-saving glass, which makes the building glasses have "sunshade" performance and "heat insulation" performance. It is reported that most of the existing buildings of about 50 billion square meters do not use energy-saving glasses, and less than 10% of new buildings use high-performance energy-saving glasses. In this case, building energy consumption will continue to increase if effective measures are not taken.

Tungsten trioxide may be used to energy-saving glass for heat insulation and heat preservation properties. Applying such glass to building glasses such as houses and office buildings can greatly reduce power consumption and save the energy charge of air conditioners for cooling and heating. In the summer, the heat radiation entering into the room can be reduced; in the winter, the heat loss in the room can be greatly reduced.

Tungsten oxide may be applied to energy-saving glass in the form of a glass thermal insulation coating. As you may know, energy-saving glass will surely shine in the future buildings to play an increasingly important role with the update of building energy conservation policies, the standardization of building management standards and the technological level of the glass industry.

Tungsten trioxide powder may be used to prepare a transparent energy-saving glass coating. And the prepared coating may be applied to architectural glass to obtain a new type of thin transparent heat insulation and heat preservation glass film. That is, applying a transparent heat-insulating coating to the surface of the glass to form an energy-saving coated glass.

WO3 powder may be used to prepare an environment-friendly energy-saving glass coating. And such coating can be used in automotive glass to obtain energy-saving glass for sun protection in hot summer and heat preservation in cold winter.  More specifically, the heat insulation coating can greatly reduce heat exchange through the thermal insulating automobile glass, thereby reducing air conditioning load and improving fuel efficiency, reducing air conditioning fuel consumption, thus achieving energy conservation and environmental protection.