Cs0.33WO3 powder is an important raw material for preparing a transparent functional film with excellent near-infrared shielding performance. With the popularization and application of Cs0.33WO3 film, the preparation of Cs0.33WO3 powder has also attracted the attention of many scholars. So, how to prepare Cs0.33WO3 powder?

CsxWOyFz film, or F-doped cesium tungsten bronze film, is a functional film with excellent near-infrared shielding properties. And it is often researched for the heat insulation of building and automotive window glasses. As the topic of energy conservation is getting more and more attention, the energy-saving material - F-doped cesium tungsten bronze films have also attracted the attention of many researchers. Well, do you know how to prepare F-doped cesium tungsten bronze film?

CsxWOyFz powder has excellent near-infrared shielding properties, so it is often used to study and prepare transparent heat insulation material. You know, cesium tungsten bronze is also a near-infrared shielding material for preparation of transparent heat insulation products such as heat insulation coating, film and glass. But do you know which one has better near infrared shielding performance?

As a near infrared shielding material, CsxWOyFz powder has high visible light transmission and excellent near-infrared shielding performance like CsxWO3 (cesium tungsten bronze). So, it is believed that CsxWOyFz powder has broad application prospects in transparent heat insulation of buildings and automotive window glasses.

Cesium tungsten bronze heat insulation coating for building energy efficiency is a new type of near-infrared material. And such coating is more and more widely applied to glasses of buildings. Well, do you know how to prepare cesium tungsten bronze heat insulation coating?

Cesium tungsten bronze composite material is a new energy-saving building material that combines the characteristics of cesium tungsten bronze and paraffin wax. Wherein, cesium tungsten bronze, such as Cs0.33WO3, has high visible light transmittance and excellent near-infrared shielding performance. However, Cs0.33WO3 also has a high efficiency of solar energy photothermal conversion (~73%). When receiving sunlight, it will efficiently convert the absorbed solar energy into thermal energy, causing Cs0.33WO3 to overheat and cause strong secondary thermal radiation, thereby influencing the further improvement of material properties.

Cesium tungsten bronze is a functional material with excellent near-infrared shielding properties that can be used to design and produce a new type of energy-saving window. For example, some experts have composited cesium tungsten bronze (such as Cs0.33WO3) of heat shielding function with phase change of materials (such as paraffin wax) to design a new type of energy-saving composite window.

Cesium tungsten bronze is widely used to prepare building energy saving coating because it can effectively suppress the solar heat gain of buildings and the energy consumption of air conditioning. And it is due to the high visible light transmittance and excellent near-infrared light (NIR) shielding performance of the nano powder of cesium tungsten bronze (CsxWO3, such as Cs0.33WO3). So, do you know why Cs0.33WO3 can transmit visible light? And why can Cs0.33WO3 shield near-infrared light?

Cesium tungsten bronze is often used to produce solar film as a near-infrared absorption additive to reduce the amount of solar energy (UV radiation and infrared heat) transmitted through a film by increasing the solar absorption of the glass, improving the comfort in homes and automobiles without sacrificing visibility.

As a heat shielding material, cesium tungsten bronze is known to all. Well, do you know potassium cesium tungsten bronze? It is also a heat-shielding material. Here is a method for the preparation of potassium cesium tungsten bronze particles.