

FAQ (Frequently Asked Questions)
1. What is FINECHEMO DSTB?
FINECHEMO DSTB is a high-purity, refined form of Borax (Disodium Tetraborate Decahydrate) designed for use in the personal care industry. It functions as a buffering agent, viscosity modifier, and emulsifier stabilizer, making it ideal for various cosmetic and toiletry formulations.
2. What is the CAS Number and INCI Name of FINECHEMO DSTB?
CAS Number: 1303-96-4
INCI Name: Sodium Borate
3. What are the key benefits of using FINECHEMO DSTB in personal care formulations?
pH Buffering: Helps maintain the stability of emulsions and formulations.
Stabilizing Agent: Enhances texture and consistency in creams and lotions.
Emulsifier Synergy: Works synergistically with emulsifiers to improve product uniformity.
Cleansing Aid: Mild antiseptic properties support cleansing applications.
Improved Performance: Provides formulation support for both leave-on and rinse-off products.
4. What are the common applications of FINECHEMO DSTB in personal care?
Facial Creams and Lotions: Used to maintain emulsion stability.
Toothpastes and Mouthwashes: Acts as a mild antiseptic and pH buffer.
Bath Products: Helps soften water and enhance bath soak performance.
Powder Formulations: Used in face powders and deodorants for absorbency.
Hair Care Products: Assists in improving viscosity and performance in gels and pomades.
5. Is FINECHEMO DSTB safe for use in cosmetics?
When used within regulated concentrations, FINECHEMO DSTB is considered safe for topical application. Regulatory authorities such as the EU and US FDA permit its use in personal care products with proper labeling and usage guidelines. However, it must not be ingested or used near the eyes or mucous membranes in high concentrations.
6. Can FINECHEMO DSTB cause any skin irritation?
Sodium Borate is generally non-irritating in rinse-off products but should be used with caution in leave-on formulations. It is advisable to perform patch testing for formulations targeting sensitive skin types and ensure concentrations are within safety limits.