Overview of Eucerin Creme
Quick Facts
| Property | Description |
|---|---|
| Active Ingredients | Mineral Oil (Paraffinum Liquidum), Petrolatum (Petroleum jelly) |
| Form | Cream (Crème), Water-in-Oil (W/O) Emulsion |
| Pharmacological Class | Emollient and Occlusive Agent |
| General Purpose | Intensive moisturization and skin barrier support |
| Origin | Synthetically derived petrochemical components |
Classification and Identity of Eucerin Creme
Eucerin Creme is a specialized emollient and occlusive topical preparation belonging to the high-level Pharmacological class of skin protectants. The preparation is formulated as a semi-solid, high-lipid Water-in-Oil (W/O) Emulsion, which establishes its substantial consistency and differentiates it from lighter lotions. This particular galenic form is optimized for superior dermal application, designed to minimize water evaporation and enhance the skin's protective barrier function. This composition is specifically clinically recognized for its efficacy in creating a durable occlusive layer on the skin surface.
Core Composition and Origin
The product’s identity is centered on its primary active ingredients: Mineral Oil (Paraffinum Liquidum) and Petrolatum (Petroleum jelly). These two components are synthetically derived hydrocarbons of petrochemical origin, widely utilized for their sustained occlusive properties. As a combination product, the formulation's rich base also incorporates agents such as Water, Lanolin Alcohol, Glycerin, and Microcrystalline Wax. The high concentration of occlusive agents is its defining chemical feature, often targeting specific needs like intense moisturization for sensitive skin and rough areas.
Petrolatum, a core ingredient, is considered one of the most effective single agents for reducing transepidermal water loss.
General Therapeutic Function and Purpose
The general therapeutic purpose of Eucerin Creme is to provide intensive moisturization and support the skin's protective capacity. This is achieved through the primary physiological action of occlusion, where the concentrated preparation forms a durable, physical seal on the skin's surface. By preventing water from escaping, this mechanism is highly effective for relieving the discomfort, scaling, and general distress associated with skin dryness (xerosis) and compromised skin barrier integrity. Emollients are foundational in maintaining skin integrity and managing generalized dry skin.