Overview of Xerac
Quick Facts About Xerac
| Property | Description |
|---|---|
| Active Ingredient | Aluminium Chloride Hexahydrate |
| Form | Topical Solution (Liquid) |
| Pharmacological Class | Anhidrotic Agent / Dermatological Antiperspirant |
| General Purpose | Management of Excessive Sweating (Hyperhidrosis) |
| Origin | Synthetic Chemical Compound |
What is Xerac and Its Chemical Identity?
Xerac is a specialized medicinal preparation classified primarily as an anhidrotic agent or a powerful dermatological antiperspirant. This product is a single-active ingredient entity that utilizes a synthetic chemical compound for its therapeutic effect. The formal classification places its active component in the category of miscellaneous topical agents. Xerac preparations are known for their high-strength formulation, which distinguishes them from standard, lower-concentration consumer antiperspirants. It is clinically utilized in cases where conventional products offer insufficient control.
Composition and Pharmaceutical Form of Xerac
The sole active component in Xerac is Aluminium Chloride Hexahydrate, the metallic salt responsible for the antiperspirant effect. Xerac is formally supplied as a topical solution, meaning it exists in a liquid form and is designed for external use only. To ensure effective delivery, the Aluminium Chloride Hexahydrate is dissolved in a base primarily composed of anhydrous ethanol, which serves as the drying solvent and vehicle. Topical aluminum salts are considered an established foundational approach for managing primary hyperhidrosis.
The General Purpose of This Topical Solution
The fundamental purpose of this topical solution is to address the general condition of excessive sweating, medically termed hyperhidrosis. The active ingredient functions as a strong astringent and drying agent that works to physically obstruct the distal portion of the eccrine sweat gland duct. This action facilitates the formation of a plug within the sweat duct, which is the primary mechanism for preventing sweat from reaching the skin's surface. This provides a defined, reliable approach for managing persistent perspiration.
Regulatory References

