Understanding CAS 1345-05-7 Supplier Insights and Applications

The chemical compound referenced by the CAS number 1345-05-7 is an important substance known as calcium arsenate. As a valuable material in various industries, understanding its applications, suppliers, and regulatory considerations is crucial for manufacturers and researchers alike.

Introduction to Calcium Arsenate

Calcium arsenate is an inorganic compound composed of calcium, arsenic, and oxygen. It is categorized under the broader class of arsenates, which are salts or esters formed from arsenic acid. With the molecular formula Ca3(AsO4)2·(H2O), calcium arsenate is primarily known for its use as a pesticide in agricultural applications, particularly targeting pests in crop production. Its ability to act as a herbicide against specific weeds has made it a compound of interest in sustainable agriculture practices, though caution must be exercised due to its arsenic content.

One of the prominent uses of calcium arsenate is in crop protection. Historically, it has played a significant role in controlling pests such as cotton boll weevils and certain types of beetles. Its effectiveness as a pesticide stems from its mode of action which inhibits the growth and reproduction of targeted pests. However, the use of calcium arsenate as a pesticide has declined due to increasing awareness of the environmental impacts associated with arsenic-based compounds. Nowadays, there is a greater emphasis on integrated pest management (IPM) systems that focus on using less toxic alternatives.

Beyond pest control, calcium arsenate has also been utilized in the preparation of other arsenate compounds and serves in laboratories for various chemical analyses. Its significance can be noted in the context of pharmaceuticals and material sciences, where arsenic compounds have been studied for their potential therapeutic properties.

Supplier Insights

In sourcing and procuring calcium arsenate (CAS 1345-05-7), businesses must consider several factors. Suppliers play a critical role in ensuring the availability, quality, and safety of this chemical. Selecting a reputable supplier becomes paramount due to the regulatory restrictions governing materials that contain arsenic. Suppliers should ideally provide comprehensive safety data sheets (SDS) that detail the handling, storage, and disposal guidelines for calcium arsenate.

Several established chemical manufacturers and distributors specialize in providing calcium arsenate to industries including agriculture, research, and pharmaceuticals. These suppliers maintain strict adherence to regulatory standards, including those set by the Environmental Protection Agency (EPA) and other local health authorities, ensuring that their products meet safety and environmental criteria.

Regulatory Considerations

Due to its toxicity, the use of calcium arsenate is highly regulated. Organizations such as the EPA and the World Health Organization (WHO) have set limits on arsenic levels in food and water. Suppliers must navigate these regulations to ensure compliance and safety in their products. It is essential for users of calcium arsenate to stay informed about any changes in legislation regarding its use, as well as best practices for its application in agriculture and other fields.

Conclusion

Calcium arsenate, identified by CAS number 1345-05-7, presents both opportunities and challenges in its application. While it has historically served a vital role in agricultural pest control, contemporary practices are leaning towards more environmentally friendly alternatives. Suppliers provide essential resources and guidance in navigating the complexities surrounding this compound, ensuring that safety and regulatory standards are met.

As industries continue to innovate and seek safer pest control methods, the reliance on arsenic-based compounds like calcium arsenate may further diminish. Nonetheless, understanding its properties, applications, and the role of suppliers remains important for those involved in agriculture and chemical research.