Bismuth Aluminate: Pharmaceutical Applications, Properties, and Safety Insights
Discover the vital role of Bismuth Aluminate in pharmaceuticals, from gastrointestinal health to wound management.
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Bismuth Aluminate
Bismuth Aluminate, identified by CAS 12284-76-3, is a key chemical compound with significant applications in the pharmaceutical sector. Its primary value lies in its astringent properties and its utility as a stomach drug to treat various gastrointestinal ailments.
- Explore the Bismuth Aluminate pharmaceutical use, understanding its efficacy in treating intestinal and stomach diseases.
- Learn why Bismuth Aluminate supplier availability and quality are crucial for reliable pharmaceutical production.
- Discover the detailed specifications, including the typical Bismuth Aluminate assay 99%, ensuring high-grade material for medicinal purposes.
- Investigate its role in wound management and its ability to aid in arresting bleeding, showcasing its diverse medicinal benefits.
Key Advantages
Therapeutic Efficacy
The compound's astringent nature provides significant therapeutic benefits, making it effective as a stomach drug and for treating gastrointestinal issues, which is a key aspect of its Bismuth Aluminate pharmaceutical use.
Wound Healing Support
Its application in wound treatment and for arresting bleeding highlights its versatile medicinal properties, crucial for emergency care and post-operative applications.
Quality Assurance
With stringent quality standards like Bismuth Aluminate GMP SGS certification, manufacturers ensure consistent purity and safety for pharmaceutical applications.
Key Applications
Gastrointestinal Health
As a stomach drug, Bismuth Aluminate helps manage various intestinal and stomach diseases, leveraging its protective and healing properties.
Wound Management
It is applied to wounds to aid in healing and to control bleeding, demonstrating its importance in first-aid and medical supplies.
Clinical Testing Reagent
Bismuth Aluminate serves as a valuable reagent in clinical tests for identifying sugars and alkaloids, supporting diagnostic procedures.
Antiseptic and Deodorant
Beyond its primary uses, it also functions as an antiseptic and deodorant, adding to its broad utility in healthcare and personal care products.