sotridecyl Isononanoate
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Product Description
Isotridecyl Isononanoate is a premium branched synthetic ester derived from isotridecyl alcohol and isononanoic acid. It is a lightweight, low-viscosity cosmetic emollient with exceptional spreadability, skin compatibility, and oxidative stability.
This ingredient delivers a uniquely dry, silky-smooth skin feel without greasiness or heavy residue, making it ideal for modern, lightweight formulations. It works effectively to improve product texture, enhance the spreadability of UV filters and pigments, and boost the overall sensory experience of skincare and makeup products.
Emollient Properties
Provides a smooth and soft feel on the skin, enhancing the overall sensory experience of cosmetic products.
Stability
Exhibits good thermal and oxidative stability, ensuring that formulations maintain their integrity over time.
Non-Greasy Finish
Absorbs quickly without leaving a heavy or greasy residue, making it ideal for formulations aimed at consumers seeking lightweight products.
Improved Spreadability
Enhances the application and spread of products, allowing for even distribution on the skin or hair.
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Use
For optimal performance, Isotridecyl Isononanoate can be used in formulations at a concentration of 2% to 15%. The specific percentage may vary depending on the desired texture and application of the final product. For example:
Skin Care Products: 5% to 10%
Hair Care Products: 2% to 8%
Color Cosmetics: 3% to 12%
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Skin Care
Lotions, creams, serums, and moisturizers where a lightweight, non-greasy feel is desired.
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Hair Care
Conditioners, styling products, and serums that require enhanced spreadability and a smooth finish.
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Color Cosmetics
Foundations, primers, and tinted moisturizers that benefit from a silky texture and improved application.
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Sunscreens
Formulations that require a non-oily feel while providing effective skin protection.

Storage
Store in a closed container at a dry place at room temperature.

Animal Testing
Not animal tested

Vegan
Does not contain animal-derived components

GMO
No data available

