Overview of Scarfade
What is Scarfade? Quick Facts
| Property | Description |
|---|---|
| Active Ingredients | Dimethicone, Cyclomethicone |
| Form | Topical gel (Semisolid dosage form) |
| Pharmacological Class | Dermal occlusive / Scar management agent |
| Origin | Synthetic (Polysiloxane derivatives) |
| General Purpose | Improvement of scar appearance and texture |
What Type of Product is Scarfade?
Scarfade is a specialized topical preparation that functions as a dermal occlusive, positioning it as a dedicated scar management agent applied directly to the skin surface. It is engineered as a rapidly drying gel, a semisolid dosage form that adheres closely to the skin. Clinical guidelines widely support the use of silicone-based products as a first-line, non-invasive intervention for managing problematic scars, including hypertrophic and keloid scars. This classification confirms the product’s recognized role in promoting favorable scar maturation through localized physical mechanisms.
Composition: A Synthetic Silicone Polymer Matrix
The formulation is a combination product composed of synthetic silicone polymers (Polysiloxane compounds), with Dimethicone (also known as Dimeticone) and Cyclomethicone as key ingredients. Dimethicone is an established, non-toxic topical skin protectant recognized by regulatory bodies. The unique feature of Scarfade is its specific vehicle: the highly volatile Cyclomethicone acts rapidly to flash-off, ensuring that the active, high molecular weight Dimethicone is quickly deposited, forming a robust and flexible silicone elastomer base on the skin without leaving a greasy residue.
The General Purpose of This Dermal Occlusive Agent
The primary objective of Scarfade is to improve the texture and cosmetic appearance of both existing and newly formed scars. Its core mechanism involves creating a specialized barrier that acts as a dermal occlusive. This action helps maintain optimal hydration of the stratum corneum by preventing excessive water evaporation, a process crucial for regulating collagen synthesis during the scar remodeling phase. By providing this stable, supportive, and continuously hydrated environment, the agent promotes the development of scar tissue that is typically flatter, softer, and less discolored.
