Factory Supply Cuprous Thiocyanate with CAS number 1111 - 67 - 7 is a high - quality chemical product. The chemical formula of cuprous thiocyanate is CuSCN. It usually appears as a white or light - gray powder.
In terms of physical properties, it has a density of approximately 2.846 g/cm³. The melting point of cuprous thiocyanate is relatively high, around 1084 °C. It is insoluble in water, ethanol, and dilute acids, but soluble in concentrated nitric acid and hot concentrated sulfuric acid. These solubility characteristics are important for its various applications.
Our factory ensures strict quality control during the production process. We guarantee a high - purity product, with the purity of our cuprous thiocyanate often exceeding 99%. This high purity makes it suitable for a wide range of industries.
Cuprous thiocyanate has diverse applications in different fields. In the agricultural industry, it is used as a fungicide. It can effectively prevent and control various fungal diseases on crops, protecting the healthy growth of plants. Its unique chemical properties can interfere with the metabolic processes of fungi, thereby inhibiting their growth and reproduction.
In the paint and coating industry, cuprous thiocyanate serves as a pigment and a fungicide. As a pigment, it can provide certain color effects. As a fungicide, it can prevent the growth of mold on the surface of painted objects, extending the service life of the paint film and maintaining the aesthetic appearance of the painted surface.
In the electronics industry, cuprous thiocyanate is used as a semiconductor material. It has potential applications in photovoltaic cells and other electronic devices. Its semiconductor properties make it possible to be used in the construction of electronic circuits and devices to achieve functions such as charge transfer and energy conversion.
When using cuprous thiocyanate as a fungicide in agriculture, it is usually formulated into a suspension or solution. First, determine the appropriate dosage according to the type of crop, the degree of disease, and the growth stage of the crop. Then, use a spraying device to evenly spray the formulated solution on the surface of the plants. It is important to ensure full coverage of the plant surface for better disease - control effects.
In the paint and coating industry, cuprous thiocyanate can be added during the paint - making process. First, it should be pre - dispersed in an appropriate solvent to ensure uniform dispersion in the paint. Then, mix it with other paint components in a certain proportion. The mixing process should be carried out under appropriate conditions to avoid agglomeration of the cuprous thiocyanate particles.
In the electronics industry, the use of cuprous thiocyanate is more complex. It usually needs to be processed into thin films or other specific forms through processes such as spin - coating or vapor deposition. Specialized equipment and strict process control are required during these processes to ensure the quality and performance of the final electronic device.
Agricultural Case: A strawberry farm was suffering from serious gray mold disease. After using our cuprous thiocyanate - based fungicide, the incidence of gray mold was significantly reduced. The farmers mixed the cuprous thiocyanate into a 0.5% suspension and sprayed it on the strawberry plants every 7 days. After three applications, the disease - affected area decreased from 30% to less than 10%. This not only improved the yield of strawberries but also enhanced the quality of the fruits, increasing the economic benefits of the farm.
Paint and Coating Case: A furniture manufacturing company used our cuprous thiocyanate in their paint formulation for outdoor furniture. The cuprous thiocyanate was added at a ratio of 2% by weight. After a year of outdoor exposure, the furniture painted with this cuprous thiocyanate - containing paint showed no signs of mold growth, while the furniture using ordinary paint had visible mold spots. This demonstrated the excellent fungicidal effect of cuprous thiocyanate in paint applications.
Electronics Case: A research institution was developing a new type of photovoltaic cell. They used our high - purity cuprous thiocyanate as a semiconductor layer. Through spin - coating, they prepared a uniform cuprous thiocyanate thin film on the substrate. The resulting photovoltaic cell showed improved photoelectric conversion efficiency compared to cells without cuprous thiocyanate. This indicated the potential of cuprous thiocyanate in enhancing the performance of electronic devices.
If you have any questions about our Factory Supply Cuprous Thiocyanate CAS 1111 - 67 -
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