Nano cesium tungsten bronze dispersion（CTO，Cs0.33WO3）application in thermal insulating coatings
Name: Nano cesium tungsten bronze dispersion
Appeareace: Blue liquid
Size: 30-50nm
Solid content: 20%, 30%, 40%, 50%
Solvent: deionized water
Product advantages:
1. High thermal insulation performance:
The CTO dispersion effectively reflects and absorbs heat, reducing heat conduction and providing excellent insulation properties.
2. Strong weather resistance: The nanoparticles of Cesium Tungsten Oxide in the dispersion exhibit exceptional weather resistance, maintaining their thermal insulation properties for extended periods.
3. Good dispersion and stability: The nanoparticles of Cesium Tungsten Oxide in the CTO dispersion are uniformly and stably dispersed, preventing sedimentation.
4. Environmentally friendly and sustainable: Cesium Tungsten Oxide (CTO) dispersion is environmentally friendly and complies with the principles of sustainable development.
The Cesium Tungsten Oxide (CTO) dispersion finds applications in the following areas:
1. Building coatings: The dispersion is used in exterior wall coatings and roof coatings to form a thermal reflective layer, effectively isolating solar heat and reducing heat absorption by buildings, resulting in reduced indoor temperature rise. This enhances the comfort of the living environment and reduces the reliance on air conditioning, leading to energy savings.
2. Automotive industry: The CTO dispersion is used in automotive coatings to create efficient thermal insulation layers, reducing the transfer of solar heat and minimizing the rise in interior temperature. This provides a more comfortable driving environment while reducing the reliance on vehicle air conditioning, resulting in lower energy consumption.
3. Industrial equipment: The CTO dispersion contributes to thermal insulation coatings for industrial equipment, improving the equipment's insulation performance, reducing heat loss, and enhancing efficiency and energy savings.
4. Solar cell industry: The CTO dispersion is applied as a reflective coating in solar cells, increasing light utilization and enhancing the power generation efficiency of solar cells.
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