F-doped cesium tungsten bronze for producing electrochromic window has exhibited better near-infrared shielding performance than undoped cesium tungsten bronze. In this regard, experts said that the activity of the reaction system can be enhanced by adding other inducing agents in the future, thereby further enhancing the injection of fluoride ions and the stability of injection, and therefore improving the near-infrared shielding performance.
More details, please visit:
http://cesium-tungsten-bronze.com/index.html
As you may have known, the low temperature hydrothermal synthesis method adopting mild, simple and safe process conditions has become an important way to prepare alkali metal doped tungsten bronze. And doping other ions has become an important factor in improving the performance of tungsten bronze. For example, some experts have prepared cesium tungsten bronze powder with a certain near-infrared shielding performance by hydrothermal method. They also did a certain number of comparative experiments and found that F doped cesium tungsten bronze has better near-infrared shielding performance than undoped cesium tungsten bronze. Therefore, in the future, researchers can improve the near-infrared shielding performance by doping fluorine atoms or other atoms to increase the carrier concentration.
