| Difference | SCFE OIL | SOLVENT EXTRACTED OIL |
|---|---|---|
| Higher Active Ingredients | Retains conditions | Often results in loss of active compounds due to solvents and high temperatures |
| Avoids degradation of sensitive compounds, preserving essential oils’ integrity. | Risk of solvent residues affecting purity and effectiveness of active ingredients. | |
| Better Shelf life | Produces oils with longer shelf life by preventing oxidation and degradation | Oils may have shorter shelf life due to residual solvents and high temperatures |
| Oils are less prone to rancidity and remain stable over time | Higher risk of oxidation and degradation, reducing stability and shelf life. | |
| Visual Clarity & Turbidity | Produces purer oil free from contaminants, offering superior visual clarity and minimal turbidity | Oils can be visually turbid due to residual solvents and impurities, often requiring additional refining to improve clarity. |
| Consumer Safety | Non-toxic and non-flammable. Ideal for products intended for sensitive applications, such as food, pharmaceuticals, and cosmetics. | Risk of residual solvents remaining in the final product, not suitable for products requiring stringent purity standards. |
| Efficiency | Optimised to selectively extract specific compounds for high-quality products. | May extract unwanted components, requiring additional purification steps. |
| Yield | Lower yield compared to solvent extraction but with higher quality. | Higher yields due to the aggressive nature of solvent penetration |
Comparison SCFE Oil and Solvent
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