Facial cleansers, especially those based on traditional soap formulas, can be prone to stability issues such as thinning or water separation, particularly at higher temperatures. NINGBO INNO PHARMCHEM CO.,LTD. highlights Trihydroxystearin (CAS 139-44-6) as a crucial ingredient for enhancing the stability and improving the texture of these delicate formulations. Its unique properties help overcome common challenges faced by formulators.

Trihydroxystearin is particularly effective in stabilizing regular soap-based facial cleanser formulas. These products often rely on specific compositions to achieve effective cleansing while maintaining skin comfort. Trihydroxystearin acts to prevent common problems like high-temperature water separation, thinning, and general instability, ensuring the product remains consistent and effective throughout its lifecycle. Its ability to enhance the stability of regular soap-based facial cleanser formulas and avoid high temperature water, delamination, thinning and other problems is highly valued.

The ingredient's contribution to viscosity control is also significant. By smoothing the viscosity curve of the formula system across varying temperatures, Trihydroxystearin ensures a consistent and pleasing texture for the user. This consistency is vital for a positive user experience, making the facial cleanser feel reliable and luxurious. Reducing the difference of viscosity change from room temperature to high temperature of the formula system and smoothing the viscosity curve of the formula to give consumers a better sense of use are key benefits.

Recommended usage levels for facial cleansers can range from 2% to 20%, depending on the desired effect and the specific formulation. This broad range highlights its versatility, allowing formulators to tailor its use to meet the precise needs of their products. The economical aspect of Trihydroxystearin is also noteworthy, as its efficient performance often means lower usage levels are required compared to alternative thickeners or stabilizers. The economical formula and usage of 0.6~1.0% being equivalent to the traditional addition of 2~3% SF-1 demonstrates its efficiency.

Moreover, Trihydroxystearin’s excellent high-temperature stability ensures that the facial cleanser maintains its integrity even when subjected to temperature fluctuations. This is important for product shelf-life and performance consistency. Achieving excellent high-temperature stability is a major advantage for products like facial cleansers.

In conclusion, Trihydroxystearin is a vital ingredient for NINGBO INNO PHARMCHEM CO.,LTD. clients developing facial cleansers. Its ability to stabilize soap-based formulas, improve texture, and offer excellent thermal performance makes it an ideal component for creating high-quality, stable, and user-friendly facial cleansing products.