Tungsten Trioxide Applied for Reflective Electrochromic Device

tungsten trioxide applied for reflective electrochromic device picture

Tungsten trioxide can be applied for producing a reflective electrochromic device. As you may have known, tungsten trioxide film can be used to prepare an electrochromic glass and has been widely used in automotive anti-glare rearview mirrors, side windows and skylight windows, aircraft portholes, architectural exterior glasses, and display screens. But do you know where the tungsten oxide reflective electrochromic devices can be used?

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Large Area Smart Device Prepared of Tungsten Oxide Film

large area smart device prepared of tungsten oxide film picture

Tungsten oxide film can be used to produce a large area smart device. We all know that the electrochromic performance of small-sized electrochromic devices is very uniform. But, when the size of electrochromic devices continues to increase, significant discoloration unevenness occurs, which has greatly plagued the application scenarios of large-sized electrochromic devices. But why is there discoloration unevenness in large-area electrochromic devices of tungsten oxide?

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WO3 Applied for Large Area Smart Glass

WO3 applied for large area smart glass picture

WO3 may be applied for preparing a large area smart glass. As you may have known, tungsten trioxide is a smart energy-saving material that can undergo electrochromism, that is, a well-known electrochemical phenomenon, so it has broad application prospects in smart windows such as large-area electrochromic glass. Both the smart window and the large-area smart glass mentioned above belong to electrochromic devices. For electrochromic devices, cycle life is an important performance index. But do you know why it is generally not switched between the maximum capacity of electrochromic devices during use?

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Tungsten Oxide Applied for Large Area Smart Glass

tungsten oxide applied for large area smart glass picture

Tungsten oxide is one of the most widely used inorganic electrochromic materials that can be used to prepare a large area smart glass, that is, an electrochromic device for thermal insulation and heat preservation with high transparency (without affecting day lighting). As you may have known, one of the important properties of electrochromic devices is the response time.

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Yellow Tungsten Oxide Applied for Large Area Smart Glass

yellow tungsten oxide applied for large area smart glass picture

Yellow tungsten oxide can be used to prepare a large area smart glass that can adjust the transmittance of visible light (350-850nm) and near-infrared light (850-2500nm), wherein the adjustment range can reach more than 50%. In other words, such smart glass can shield heat without affecting the indoor day lighting.

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Inorganic Electrochromic Material: Tungsten Oxide Film

inorganic electrochromic material: tungsten oxide film picture

Tungsten oxide film is an extremely important inorganic electrochromic material that can be used to prepare a smart glass window, which is a new technology of energy-saving glass. And the properties of such smart glass can be dynamically controlled.

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Inorganic Electrochromic Material: Yellow Tungsten Oxide Electrochromic Film

inorganic electrochromic material: yellow tungsten oxide electrochromic film picture

Yellow tungsten oxide electrochromic film, or WO3 electrochromic film, is an inorganic electrochromic material that can be used to prepare electrochromic devices with good coloring properties, large viewing angle, economy, memory effect and low energy consumption. And it is also the most studied electrochromic material. But what is the working principle of an electrochromic device assembled with a tungsten oxide film?

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Inorganic Electrochromic Material: Tungsten Trioxide Film

inorganic electrochromic material: tungsten trioxide film picture

Tungsten trioxide film is an inorganic electrochromic material that can be used to prepare a variety of electrochromic devices, such as smart windows for energy-saving buildings. For preparing electrochromic devices with excellent performance, it has many requirements, such as, high coloring efficiency, good stability, short response time, high optical contrast, optical storage, and the like. But, why do electrochromic devices need to have good cycle stability?

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Yellow Tungsten Oxide Electrochromic Film Applied for Smart Glass

yellow tungsten oxide electrochromic film applied for smart glass picture

Yellow tungsten oxide electrochromic film, or tungsten trioxide film, can be used to assemble a smart glass, which is also known as an energy-saving glass - a development direction of energy-saving building materials. So, what are the advantages of tungsten trioxide electrochromic glass?

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Tungsten Trioxide Film Applied for Smart Glass

tungsten trioxide film applied for smart glass picture

Tungsten trioxide film for smart glass can be prepared by a hydrothermal method. In this process, the WO3 seed layer should be prepared before the preparation of WO3 electrochromic film. But how to prepare WO3 seed layer?

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