Violet tungsten oxide nano powder is a functional material that can be used to produce building glass energy saving coating. And the prepared heat insulating coating can be used in glass doors and windows of villas, houses and other buildings to play the following roles:

Energy efficient building glass of violet tungsten oxide nano powder has been more and more widely used in glass exterior walls of large-scale public places such as shopping malls, music plazas, museums, exhibition halls, stadiums, banks, railway stations, and airports, etc. As you may have known, according to the relevant regulations of building regulations, the safety glass used in these public buildings should meet special technical requirements such as bulletproofing, explosion-proofing and privacy.

New energy efficient building glass prepared using violet tungsten oxide nano powder as a functional material can be a heat insulating glass, an insulating glass, or a safety glass. That is to say, energy-saving glass of nano particle size violet tungsten oxide has the advantages of heat insulation, heat preservation, high safety and explosion protection.

Violet tungsten oxide nano powder is an important functional material for producing heat-insulating energy-saving glass. And the prepared glass has a long-lasting thermal insulation effect. Also, such thermal insulating glass has twice the lifespan than the metal film. In addition, the energy-saving glass can truly achieve the characteristics of high heat insulation, high visible light transmittance, non-oxidation, no fading, no shielding GPS, anti-glare, anti-ultraviolet rays, long-lasting color and long service life.

Violet tungsten oxide nano powder is a new type of environmentally friendly thermal insulation material, so the transparent heat insulation glass coating prepared will also have excellent thermal insulation effect.

Transparent heat insulation coating of violet tungsten oxide nano powder is a new type of environmentally friendly and energy-saving material. And the glass heat-insulating coating prepared by using functional material - nano particle size violet tungsten oxide as raw material not only has excellent heat insulation performance but has high heat preservation performance.

Violet tungsten oxide nano powder for producing glass curtain wall heat insulation coating is a new type of environmentally friendly building energy-saving material. We all know that the high outdoor temperature in summer leads to frequent use of refrigeration equipment such as air conditioners so that the energy consumption is huge. While the transparent heat-insulating glass coating of violet tungsten oxide nanoparticles can greatly reduce the heat of the sun into the room in the summer, thereby greatly reducing the cooling cost, achieving the energy-saving effect, and enhancing the indoor comfort.

Violet tungsten oxide nano powder is a new type of green building energy-saving material for preparing heat-insulating energy-saving film. Such film is an environmental protection film of nano particle size violet tungsten oxide, which is healthier as it has high UV resistance to shield 98%-99% of UV rays, protecting people from skin diseases and even skin cancer, preventing indoor carpets, curtains, fabrics and paints from fading, effectively prolonging their service life.

Violet tungsten oxide nano powder for heat-insulation glass coating can be prepared by a solvothermal method, in which the alcohol solution is ethanol, the reaction temperature is 180°C, the reaction time is 24h, and the molar concentration of the solution after mixing tungsten chloride with ethanol is 15mM.

Violet tungsten oxide nano powder is a kind of important raw material for producing nano transparent thermal insulation coating. And the obtained coating is a green building energy-saving material. As a raw material for energy-saving building materials, the UV-visible-near-infrared spectroscopy absorption properties of nano violet tungsten oxide are the focus of attention. Experts said that its performance can be directly measured on the powder or the aqueous solution thereof.