Conventional cosmetic bases rely on petroleum-derived ingredients which face consumer rejection and inconsistent structural integrity. Replacing these with natural alternatives while maintaining specific rheological properties is the primary technical challenge.

The combination of volatile and non-volatile oils with resins indicates a failure of standard emulsions to remain intact on the skin. Improving film durability prevents premature wear and product migration.

Natural resins and fatty substances often suffer from mechanical instability, tackiness, or poor adhesion on biological surfaces. Improving film integrity and wear resistance ensures long-lasting aesthetic performance.

Standard cosmetic applications suffer from rapid wear, transfer, and degradation over time. Improving film persistence ensures long-lasting aesthetic performance and resistance to external friction or moisture.

Incompatibility between volatile hydrocarbons, silicone resins, and aqueous phases leads to phase separation. Preventing degradation of the emulsion structure ensures product shelf-life and uniform application.