Why an Olive-Derived Amphoteric Surfactant Delivers Gentle Cleansing Without Irritation
An amphoteric surfactant derived from olive oil holds a distinctive position among mild cleansing agents used across the personal care industry. Its molecule can shift between cationic and anionic behavior depending on the pH of the formula, which allows it to cleanse skin and hair gently while reducing tightness or dryness after rinsing. This ingredient belongs to the Surfactants
category, where formulators find components for shampoos, shower gels, facial cleansers, intimate hygiene products, and baby care lines. The 50 g pack size is well suited for lab trials, small test batches, and home-based formulation work, giving developers a chance to evaluate performance before ordering larger volumes.
One of the strongest qualities of this olive-based amphoteric surfactant is its broad compatibility with other cleansing bases. It softens the harshness of stronger anionic surfactants, stabilizes and thickens foam, and improves the overall skin-feel after washing. For this reason, it is frequently combined with sulfate or sulfonate-type agents such as liquid Sulfanol, helping to reduce their drying effect on skin. It also pairs well with gentler sugar-based surfactants like Lauryl Glucoside surfactant, resulting in a hypoallergenic base suitable for baby care and sensitive skin formulas.
Beyond personal care, plant-derived amphoteric surfactants are used in low-irritation household cleaning products, delicate fabric care formulations, and certain food-grade emulsifying systems where a mild surface-active effect is required. Within the broader chemical industry, these compounds are valued for their low toxicity and biodegradability, making them attractive for eco-conscious formulations.
When building a formula, the amphoteric surfactant is typically added during the water-phase blending stage, alongside other surfactants, at a temperature not exceeding 40-45 degrees Celsius to preserve the integrity of the active molecules. Recommended usage levels in finished products range from 3 to 15 percent of the total formula weight, depending on desired foam density and cleansing softness. It performs well alongside betaines, fatty acid amides, and salt-based thickeners. For enhanced cleansing performance in larger production runs, it is sometimes combined with Surfactant AMISOFT CS-22, producing a balanced formula with strong foaming ability and minimal irritation potential.
Store the material in a tightly sealed container, in a dry area at room temperature, away from direct sunlight and heat sources. Proper storage preserves its properties over an extended period, and the 50 g pack allows the entire quantity to be used without concerns about leftover degradation.
Gentle Facial Wash with Olive Amphoteric Surfactant
Distilled water 60 ml
Olive amphoteric surfactant 10 g
Lauryl glucoside surfactant 15 g
Glycerin 5 ml
Cosmetic fragrance 1 ml
Preservative 1 ml
Combine
the water and glycerin in a clean container, then gently stir in the olive
amphoteric surfactant and lauryl glucoside without whipping vigorously, mixing
until smooth. Add the preservative and fragrance, stirring until fully
dissolved. Pour the finished gel into dispenser bottles and let it rest for 24
hours before use so the foam structure can stabilize.