Overview of Excipial
Quick Facts about Excipial (Carbamide Peroxide)
| Property | Description |
|---|---|
| Active ingredient | Carbamide Peroxide (Urea hydrogen peroxide) |
| Form | Otic Solution (Ear Drops) |
| Pharmacological Class | Cerumenolytic Agent |
| General Purpose | Softening and loosening impacted ear wax |
| Origin | Synthetic Compound |
What Type of Medicine is Excipial and What is its Core Purpose?
Excipial, specifically in its formulation containing Carbamide Peroxide, is defined as an Otic Solution, a non-prescription liquid preparation for auricular use. Its fundamental classification is as a Cerumenolytic Agent, an established class of medication designed to soften and remove ear wax. Its essential purpose is to address the discomfort and symptoms, such as the feeling of aural fullness or muffled hearing, caused by excessive or hardened ear wax (cerumen).
This product is distinct from preparations that manage pain or infection, focusing exclusively on the physical and chemical disruption of the wax. This class of agent is used to aid in the removal of ear wax, positioning it as a preliminary home treatment for common wax buildup.
Carbamide Peroxide: Composition and Active Ingredient
The medicine's action is governed by its single active ingredient, Carbamide Peroxide (Urea hydrogen peroxide), which is a synthetic compound. This active substance is dissolved in a viscous vehicle, typically Anhydrous Glycerin, which acts as the carrier to ensure optimal contact with the wax. The inclusion of Glycerin provides a key functional characteristic, ensuring the solution remains in contact with the dense, impacted cerumen, which is necessary for the chemical reaction to begin.
How Does Excipial Generally Relieve Ear Wax Impaction?
The mechanism of relief is a localized, dual-phase process. The Carbamide Peroxide decomposes upon contact with moisture, releasing hydrogen peroxide and nascent oxygen. This chemical event generates a mild, effervescent (foaming) action directly against the accumulated cerumen.
This combination of effects provides the general benefit: the chemical process rapidly softens the dense wax, while the physical mechanical effervescence gently lifts and separates the wax from the ear canal lining. This non-invasive action is instrumental in mobilizing the impacted material, preparing it for subsequent clearance.
Regulatory References



