HA11069 Castor Wax

Catalogue Number	HA11069
Material	Wax
Appearance	White Flake
Form	Flake

Castor Wax is a hydrogenated derivative of castor oil engineered for use in cosmetic and personal care formulations. Stanford Advanced Materials (SAM) conducts advanced melting point analysis and microstructural evaluation to maintain consistent flake morphology. This methodology minimises variability and enhances formulation stability, which is critical for ensuring predictable texture and performance across batches without relying on generalised process claims.

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FAQ

How does the melting point of Castor Wax influence its performance in cosmetic formulations?

The melting point determines processing temperatures and impacts product texture. A stable, controlled melting point ensures that Castor Wax integrates uniformly into formulations, reducing batch variability and supporting the integrity of final cosmetic products.

What analytical methods are used to verify the composition of Castor Wax?

Techniques such as Fourier Transform Infrared Spectroscopy (FTIR) and Differential Scanning Calorimetry (DSC) are employed. These methods identify functional groups and accurately measure thermal properties, ensuring that the wax conforms to defined technical criteria.

Does Castor Wax require specific storage conditions to maintain its properties?

Yes, maintaining a cool, dry environment minimises thermal degradation and moisture uptake. Proper storage safeguards the flake structure and preserves the material’s performance characteristics during extended storage periods.

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