Inorganic Salts

DryPowder

WetSolid

Sodium arsenate, a chemical compound primarily utilized in the wood preservation industry, serves as an effective fungicide and insecticide. Its primary role in this sector is to protect wood from decay caused by fungi and to prevent damage from insects, thereby extending the lifespan and durability of wooden structures and materials. Beyond its significant use in wood preservation, sodium arsenate finds its application in the glass and ceramics manufacturing industry. Here, it is employed as a component in the production process, contributing to the creation of various glass and ceramic products with specific properties and characteristics. Furthermore, sodium arsenate plays a crucial role in the field of analytical chemistry. It is utilized as a reagent for the detection and quantification of arsenic in different types of samples. This application is particularly important in environmental monitoring, food safety testing, and forensic investigations, where the presence of arsenic needs to be accurately determined. The ability of sodium arsenate to react with arsenic compounds makes it an invaluable tool in analytical chemistry laboratories. In the realm of agriculture, sodium arsenate is also employed to control pests and diseases that can severely impact crop yields and quality. By acting as an effective pesticide, it helps in safeguarding agricultural produce from a range of harmful organisms, thus contributing to the overall health and productivity of crops. This application is particularly beneficial in regions where pest and disease pressures are high, and alternative control measures may not be as effective or accessible.

Silver Sulfite is a widely used chemical compound that plays an important role in chemical synthesis and is commonly used as a reaction reagent. The chemical properties of this compound make it equally important in the field of analytical chemistry, and it is often used in various chemical analysis experiments to help scientists and researchers accurately identify and quantify specific components in samples. In addition to its applications in chemical laboratories, Silver Sulfite plays a key role in the photography and printing industries due to its unique photosensitive properties. In photography, Silver Sulfite is used to make photosensitive materials such as film and photographic paper whose photosensitivity enables images to be revealed by chemical processing after exposure. In the printing industry, Silver Sulfite is used in platemaking processes, particularly in the production of printed editions, where its photosensitive properties help to form accurate images and text patterns. In addition, the photosensitive nature of Silver Sulfite also makes it a priority in other industrial applications. For example, in some special chemical reactions, Silver Sulfite can be used as a catalyst to accelerate the reaction, or in some cases as a stabilizer to help maintain the stability of the reaction system. Due to its many applications, Silver Sulfite is an indispensable chemical substance in industrial production.

mainly used as syndet adjuvant, soap synergist and prevent bar soap from oiling off and blooming; has strong emulsification on lubricant and oils and fats, can be used to adjust the PH value of buffer soap solution; can be used as water softener for industrial water, pretanningagent and dyeing adjuvant; drilling mud dispersant; dispersant in preparing suspension in paint, kaolinite, magnesium oxide, calcium carbonate etc.; oil-proofing agent and antifoulant in paper industry.