Nano tungsten trioxide for producing sun room thermal insulating glass coating is the chemical compound with the formula WO3. WO3 is known as an infrared shielding material and an ultraviolet shielding material as nano tungsten trioxide can shield most infrared and ultraviolet rays. Well, do you know how to prepare a transparent sun room thermal insulating glass coating that can completely shield infrared and ultraviolet rays?

Nano tungsten trioxide has been employed in the production of office building thermal insulating glass coating in recent years. And the coating film formed on the glasses of office building allows the user to changing the amount of heat or light passing through. It has been reported that nano tungsten trioxide is an ultraviolet shielding nanomaterial, which can be combined with near-infrared long-wave shielding nanomaterial and near-infrared short-wave shielding nanomaterial to form a high-performance transparent office building thermal insulating glass coating.

Nano tungsten trioxide is frequently applied for preparing study thermal insulating glass coating. And the prepared coating is a kind of hi-tech heat shielding material which can shield 99% of ultraviolet rays and most of infrared rays. While the study thermal insulating glass coating of nano tungsten trioxide is not yet able to fully shield all ultraviolet and near-infrared. So, is there any material that can realize this function?

Nano tungsten trioxide has been widely studied over the past few decades. For example, the experts use the tungsten trioxide nanoparticles as the functional material for producing balcony thermal insulating glass coating, so that the prepared smart coating can exhibit a good heat insulation effect with high transparency, high hardness and many other advantages.

Cesium tungsten bronze for producing glass curtain wall thermal insulating glass coating is a new high-tech material with excellent infrared absorption performance. At present, the hydro/solvothermal method has attracted wide attention as it can prepare cesium tungsten bronze nanorods with excellent thermal insulation properties.

Cesium tungsten bronze is more and more widely applied for producing smart glass thermal insulating coating. The prepared coating is an environmentally friendly heat insulation coating with high transparency. You know, the UV and IR radiation are invisible and exposure is not detectable, although UV irradiation is harmful to our eyes and skin, because of its high radiation energy. So, it is necessary to shield UV and IR radiation to create a more comfortable working or living environment.

Cesium tungsten bronze nanopowder is an important functional material for preparing balcony thermal insulating glass coating. It is known that both ultraviolet (UV) and infrared (IR) radiation are potentially dangerous. And we are very often exposed to the radiations in many working and living places.

Cesium tungsten bronze is often used to prepare an environmentally friendly sunroom thermal insulating coating without containing poisonous and harmful substances. According to the experts, cesium tungsten bronze is a type of tungsten bronze structure material MxWO3 with the formula of CsxWO3. And the CsxWO3 nanopowder possesses mixed valence state of tungsten (W5+ and W6+). Their crystal structure changes with their different x values.

Cesium tungsten bronze for preparing car thermal insulating glass coating is mainly cesium tungsten bronze nanopowder, such as Cs0.33WO3 nanopowder. It is reported that the Cs0.33WO3 is a type of the mixed valence state tungsten based homogeneous nanomaterials that possess excellent infrared (IR) light shielding property, implying its great potential applications on heat ray shielding and energy saving effect in summer season.

Cesium tungsten bronze, such as Cs0.32WO3 nanopowder, has high near-infrared absorption performance and high visible light transmission, so it is often prepared into building glass thermal insulating coating. And the prepared environmentally-friendly heat insulation coating has good application prospects in exhibition halls, hotels, schools, hospitals, villas, office buildings, sun rooms and other buildings.